Curriculum Vitae - water service group
Curriculum Vitae - water service group
Curriculum Vitae - water service group
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
company<br />
introduction<br />
competence<br />
description<br />
Water Service Group<br />
This brochure is a guide to the offered <strong>service</strong>s and reference descriptions of the activities<br />
of the Water Service Group.<br />
WSG offers a wide range of specialized <strong>service</strong>s and describes herewith it is competence<br />
and it is specialized skills in the field of <strong>water</strong> management in order to prove the qualification<br />
for international projects.<br />
Our technological competence in <strong>water</strong> management is verified due by all the projects<br />
carried out for our customers and consumers in the past years and the owner and operator<br />
experience based on the long term <strong>water</strong> supply for the city of Salzburg and the<br />
surrounding municipalities.<br />
We are sure, that this statement of qualification will fulfil your needs and expectations.<br />
Gerhard Reibersdorfer<br />
Managing Director WSG<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
We …<br />
competence<br />
introduction description<br />
organisation<br />
CV‘s<br />
references<br />
Ten Reasons …<br />
… why the Water Service Group is your ideal partner.<br />
• … were benchmarked as the best <strong>water</strong> supplier in Austria in 2006.<br />
• … are familiar with internationally recognized quality management systems and understand<br />
how to use them.<br />
• … want to be a strong, reliable long-term partner paying special attention to sustainable solutions.<br />
• … are able to offer individual solutions specific to customers needs.<br />
• … cover a wide range of technical competence as well as more than one hundred years<br />
of experience.<br />
• … foster an intensive relationship to our costumers and clients.<br />
facilities<br />
• … know how to cooperate with public authorities, because of our roots and knowledge in this field.<br />
• … use the latest technology and engineering standards in addition to adhering to the local laws.<br />
• … are aware of our social responsibility to our clients, employees and the environment.<br />
Last but not least, we know about the importance of <strong>water</strong><br />
as an essential, basic human resource.<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
asset<br />
management<br />
organisation<br />
CV‘s<br />
references<br />
Areas of Competence<br />
integrated<br />
concepts<br />
integrated<br />
concepts<br />
engineering<br />
consulting<br />
asset<br />
management<br />
concessioning<br />
multi-utility<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
reclamation<br />
treatment<br />
storage<br />
distribution<br />
CRM<br />
operation<br />
maintenance<br />
contact
company<br />
General<br />
The owner and operator of assets is fully responsible for the management of the five core processes, namely<br />
• <strong>water</strong> reclamation<br />
• <strong>water</strong> treatment<br />
• <strong>water</strong> storage and distribution<br />
• operation and maintenance<br />
• customer relationship management<br />
including all the supporting units like HR, IT, legal department and finances<br />
Furthermore, asset management means for us to ensure the economic productivity of the company. We have<br />
an integrated overview of all of the processes combined with very reliable customer orientation and sustainable<br />
thinking. These skills assure a secure <strong>water</strong> supply enabling a reinvestment of assets.<br />
CRM<br />
competence<br />
asset<br />
management<br />
Asset Management<br />
Customer relationship management (CRM) is a process implemented by a company to handle their customer<br />
contacts. It helps to improve <strong>service</strong>s, provided directly to the customers as well as using the information in<br />
the system for targeted marketing and sales purposes.<br />
While the term is generally used to refer to a software-based approach, we believe that a successful CRM<br />
strategy requires a holistic approach, which means a complete integration of the employees into the system.<br />
The aims are to keep satisfied customers, easy handling for the company and the clients and active and<br />
passive customer retention.<br />
Maintenance<br />
organisation<br />
integrated<br />
concepts<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
The owner and operator of assets is fully responsible for establishing efficient methods for the necessary<br />
maintenance to ensure high quality <strong>water</strong> supply supported by guidelines including the national rules and<br />
legal frameworks.<br />
With particular regard to our objectives (keeping all assets operative, including grids, pipes, wells and the<br />
complete technical equipment), we have developed strategic maintenance planning based on long term experience<br />
with the best cost-benefit ratio.<br />
contact
company<br />
competence<br />
asset<br />
management<br />
Asset Management<br />
Operation<br />
organisation<br />
integrated<br />
concepts<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
The operation of <strong>water</strong> works means a lot more than turning the <strong>water</strong> tap on or off. It requires a zero<br />
mistake strategy, because <strong>water</strong> is a basic human need and a fundamental component of regional economic<br />
development. These aspects make a strong and responsible owner and operator indispensible.<br />
We focus on integrated operation with a primary control unit based on the latest available technology.<br />
Water Distribution<br />
Water distribution is the way <strong>water</strong> is conducted from the reclamation to the consumer. The owners and<br />
operators have to fulfil the customer needs by having a secure <strong>water</strong> supply and a reliable contract.<br />
Infrastructure grids for distribution are defined as long term investments. That is why we turn our attention<br />
to assure a future orientated design.<br />
Water Reclamation<br />
Water reclamation is the method used to find and ensure the resource <strong>water</strong> as well as to protect the<br />
reclamation area. The reclamation of <strong>water</strong> is one of the most important aspects of establishing a reliable<br />
<strong>water</strong> distribution network.<br />
We are well aware of our responsibility of developing a firm, long-lasting, sustainable <strong>water</strong> reclamation.<br />
contact
company<br />
competence<br />
asset<br />
management<br />
Asset Management<br />
Water Storage<br />
organisation<br />
integrated<br />
concepts<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Water storage helps to balance the difference between reclamation and per capita consumption. Correctly<br />
designed storage tanks are able to prevent shortages and surpluses of <strong>water</strong> in the distribution<br />
network. The owner and operator has to design storage tanks to assure a 24/7 <strong>water</strong> supply.<br />
Water Treatment<br />
Water treatment refers to the methods of ensuring quality, which means to treat the <strong>water</strong> within the<br />
legal frameworks, engineering standards and quality standards in the face of chemical, biological and<br />
sensory vitiations.<br />
We know about the importance of <strong>water</strong> as a basic human need and the responsibility as an owner and<br />
operator for the consumers. Our objective is to minimize the impacts and optimize the treatment to a<br />
standard where we treat as much as necessary with as low as possible impacts on the resource <strong>water</strong><br />
combined with the best cost-benefit ratio.<br />
contact
company<br />
competence<br />
asset<br />
management<br />
Concessioning<br />
A concession is a business operated under a contract or license associated with a degree of exclusivity<br />
in business within a certain geographical area. Similarly, public <strong>service</strong>s such as <strong>water</strong> supply may be<br />
operated as concessions with lots of advantages for the grantor of the concession. In the case of a public<br />
<strong>service</strong> concession, a private company enters into an agreement with the government to have the<br />
exclusive right to operate, maintain and carry out investments in a public utility (such as a <strong>water</strong> supply<br />
system) for a given number of years.<br />
The owner of the concession – the concessionaire – pays either a fixed sum or a percentage of revenue<br />
to the entity with the ability to assign exclusive rights for an area or facility. A concession may involve the<br />
transfer of rights to the concessionaire, for example to use the required existing infrastructure (such as a<br />
<strong>water</strong> supply system in a city). We are convinced that concession models including rules for the maintenance<br />
of infrastructure grids are highly beneficial to both parties.<br />
Consulting<br />
organisation<br />
integrated<br />
concepts<br />
CV‘s<br />
references<br />
Integrated Concepts<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Consulting involves helping organizations to improve their performance, primarily through the analysis<br />
of existing business problems and development of plans for improvement. You can hire our <strong>service</strong>s of<br />
management consultants for a number of reasons, for example to gain external and presumably more<br />
objective advice and recommendations.<br />
contact
company<br />
competence<br />
asset<br />
management<br />
organisation<br />
CV‘s<br />
references<br />
Integrated Concepts<br />
Concessioning<br />
integrated<br />
concepts<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
A concession is a business operated under a contract or license associated with a degree of exclusivity<br />
in business within a certain geographical area. Similarly, public <strong>service</strong>s such as <strong>water</strong> supply may be<br />
operated as concessions with lots of advantages for the grantor of the concession. In the case of a public<br />
<strong>service</strong> concession, a private company enters into an agreement with the government to have the<br />
exclusive right to operate, maintain and carry out investments in a public utility (such as a <strong>water</strong> supply<br />
system) for a given number of years.<br />
The owner of the concession – the concessionaire – pays either a fixed sum or a percentage of revenue<br />
to the entity with the ability to assign exclusive rights for an area or facility. A concession may involve the<br />
transfer of rights to the concessionaire, for example to use the required existing infrastructure (such as a<br />
<strong>water</strong> supply system in a city). We are convinced that concession models including rules for the maintenance<br />
of infrastructure grids are highly beneficial to both parties.<br />
Consulting<br />
Consulting involves helping organizations to improve their performance, primarily through the analysis<br />
of existing business problems and development of plans for improvement. You can hire our <strong>service</strong>s of<br />
management consultants for a number of reasons, for example to gain external and presumably more<br />
objective advice and recommendations.<br />
contact
company<br />
competence<br />
Water Service Group<br />
The Water Service Group (WSG)<br />
provides solutions in the field of<br />
drinking <strong>water</strong>, process <strong>water</strong><br />
and waste <strong>water</strong>. The company<br />
head-quarter is located in Salzburg<br />
/ Austria. WSG is a fast growing<br />
and internationally orien-<br />
ted <strong>service</strong> company with the<br />
vision to act as owner and oper-<br />
ator for drinking <strong>water</strong> supply,<br />
managing the assets and taking<br />
care on the customer relationship<br />
<strong>service</strong>s for cities, municipalities<br />
and industries.<br />
Technical Leadership<br />
Asset Management<br />
Concessioning<br />
organisation<br />
power of WSG<br />
CV‘s<br />
Salzburg AG<br />
Salzburg AG leads the energysupply<br />
market in the Austrian<br />
province of Salzburg. The company<br />
is successfully pursuing a<br />
multi-utility approach: it supplies<br />
its approximately 250.000 customers<br />
with the highest quality<br />
electricity, natural gas, district<br />
heating, <strong>water</strong>, public transport,<br />
cable TV, internet and telephone<br />
<strong>service</strong>s at fair prices. Sustainability<br />
determines the company’s<br />
economic, ecological and social<br />
actions.<br />
Energy Supply<br />
Asset Management for Gas<br />
and Water Networks<br />
District Heating<br />
references<br />
Telecommunication<br />
Public Transportation<br />
facilities<br />
Power of Water Service Group<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Salzburg AG Utilities<br />
Salzburg AG Utilities UAE FZE was<br />
established in 2006 as a 100%<br />
subsidiary of the parent company<br />
Salzburg AG. It is registered<br />
at the RAK Investment Authority<br />
in Ras Al Khaimah/UAE. Salzburg<br />
AG Utilities UAE FZE provides<br />
customers with state of the art<br />
energy solutions. These solutions<br />
are based on tried and tested<br />
technology also implemented in<br />
Salzburg AG’s own infrastructure<br />
networks.<br />
Consulting, Planning, Constructing<br />
Natural Gas Infrastructures,<br />
Drinking Water<br />
Systems and Renewable<br />
Energy Solutions.<br />
Operation, Maintenance of<br />
Natural Gas Infrastructures<br />
SNG – Synthetic Natural Gas<br />
Solutions<br />
CNG – Compressed Natural<br />
Gas as Fuel for Vehicles<br />
contact
company<br />
competence<br />
Organigram Salzburg AG<br />
board of<br />
directors<br />
organisation<br />
CV‘s<br />
references<br />
coordination<br />
communication<br />
internal<br />
auditing<br />
QHSE<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
transportation,<br />
bus, train<br />
power stations<br />
energy trading<br />
energy sales<br />
legal, properties,<br />
internal <strong>service</strong>s<br />
human resources<br />
engineering<br />
grid<br />
technical <strong>service</strong>s<br />
finance and<br />
controlling<br />
purchasing<br />
information<br />
technology, CRM<br />
contact
company<br />
competence<br />
Organigram WSG<br />
sales<br />
Gerhard<br />
Reibersdorfer<br />
organisation<br />
CV‘s<br />
managing<br />
director<br />
Gerhard<br />
Reibersdorfer<br />
references<br />
organisational<br />
development and<br />
processmanagement<br />
Peter Buchmayr<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
administration<br />
Eva Cates<br />
Alanka Jain<br />
engineering<br />
Bernhard Strauss<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
Gerhard Reibersdorfer<br />
Managing Director<br />
Tel.: +43 662 8884 2201<br />
gerhard.reibersdorfer@<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Peter Buchmayr<br />
Project Manager<br />
Tel.: +43 662 8884 2374<br />
peter.buchmayr@<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Bernhard Strauss<br />
facilities<br />
Technical Project Manager<br />
Tel.: +43 662 8884 2164<br />
bernhard.strauss@<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Benedikt Asen<br />
Project Engineer<br />
benedikt.asen@<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Eva Cates<br />
Personal Assistant to Managing Director<br />
Tel.: +43 662 8884 2202<br />
eva.cates@<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
Heinrich Gernedel<br />
Salzburg AG - Department Water<br />
Managing Director<br />
Tel.: +43 662 8884 3201<br />
heinrich.gernedel@salzburg-ag.at<br />
Stefan Plewka<br />
facilities<br />
Bianca Carolin Leitner<br />
Administrative Assistance<br />
bianca.leitner@<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Michael Themel<br />
Salzburg AG Utilities UAE FZE<br />
Managing Director<br />
Tel.: +971 (7) 222 13 55<br />
mthemel@salzburg-ag-utilities.ae<br />
Salzburg AG Utilities UAE FZE<br />
Environmental Engineer<br />
Tel.: +971 (7) 222 13 55<br />
splewka@salzburg-ag-utilities.ae<br />
Josef Paul Lintschinger<br />
Salzburg AG - Department Water<br />
Environmental Engineer<br />
Tel.: +43 662 8884 3290<br />
josef.lintschinger@salzburg-ag.at<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
Since October 2007<br />
• WSG Wasser Service GmbH -<br />
Operator for <strong>water</strong> works and consultant<br />
• Managing Director<br />
>> Strategic alignment for internationalisation<br />
of company<br />
>> Consultancy contract for <strong>water</strong><br />
transmission pipeline<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Gerhard Reibersdorfer<br />
Current job Managing Director<br />
Date of birth 17.07.1959<br />
Nationality Austrian<br />
July 2000 – September 2007<br />
• DuPont Operational Excellence Solutions<br />
(DSR) - management consultant<br />
• Director<br />
>> Maximised business efficiency for clients<br />
>> Development of business activity on<br />
production and oil industry.<br />
>> Business development in Eastern Europe.<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Key skills International business and management<br />
experience; result oriented, customer focused,<br />
entrepreneurial thinking and action<br />
November 1995 – June 2000<br />
• DuPont Permasep® Products – equipment<br />
and technology supplier for <strong>water</strong> works<br />
• Marketing Manager<br />
>> Successful contract negotiation with EPC<br />
contractor for large scale desalination project<br />
>> Co-operation with infrastructure developer for techn.<br />
innovation (power a. <strong>water</strong> production facility Middle East)<br />
>> Major contribution to successful introduction of new<br />
hollow-fibre desalination membrane in the market.<br />
1988 – 1995<br />
• Thyssen Aqua Engineering – engineering,<br />
procurement and construction of <strong>water</strong> works<br />
• Sales and Project Manager<br />
>> Developed co-operation for Indian market<br />
>> Country and project manager for 8 reverse<br />
osmosis desalination projects in Abu Dhabi<br />
>> Standardisation of engineering process to<br />
improve competitive situation.<br />
Education: Dipl.-Ing. Petroleum engineering university Leoben, 1987<br />
Mechanical engineering, technical high school, 1977<br />
Professional Training: Project team leader academy, Dordrecht 2007<br />
6-sigma greenbelt certification, Geneva 2006<br />
Leadership Trust, Ross on Wye UK 2004<br />
European leadership development, IMD Lausanne 2004<br />
Market oriented leadership, IMT Berlin 2002<br />
Management I&II, Bad Homburg 2001<br />
Effective presentation skills, Geneva 2001<br />
Marketing planning, Geneva 1998<br />
Publications & speeches: "Changing the Way your Workforce Interpret and Implement Day-To-Day<br />
Tasks and Instructions to Dramatically Reduce Human Error" Antwerp 2006<br />
"Improving your Business with Safety Management" Bucharest 2003<br />
"The Hollow-Fibre Cartridge-Operational Experience with an Improved<br />
Revere Osmosis Device/Technology" Amsterdam 1998<br />
Membership association: ÖVGW & IWA<br />
references<br />
facilities<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
Since October 2007<br />
• WSG Wasser Service GmbH –<br />
Operator for <strong>water</strong> works & consultant<br />
• Project Manager<br />
>> Process Mapping<br />
>> Project Management for several<br />
international projects<br />
>> Design of marketing and sales activities<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Peter Buchmayr<br />
Current job Project Manager<br />
Date of birth 16.04.1958<br />
Nationality Austrian<br />
September 2000 – September 2007<br />
• Salzburg AG<br />
• Project Manager, Project Coach,<br />
Trainer for PM Education<br />
Key Projects:<br />
>> Health project for an ageing workforce<br />
>> Generation Management<br />
>> Design and operation of Customer<br />
survey 2006<br />
>> Design and operation Employee<br />
survey 2005, 2007<br />
>> "Culture of Error"<br />
Concept and Design 2005<br />
>> Key facts and figures for advanced<br />
training and education<br />
>> Professionalization & Implementation<br />
Project Management<br />
>> Implementation Multi Project Management<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Key skills open-minded, result-oriented, customer<br />
focused, a creative and structured thinker<br />
>> Implementation Innovation Management<br />
>> New <strong>service</strong>s and challenges in the sector<br />
of infrastructure companies<br />
>> Innovative technical <strong>service</strong>s<br />
>> Design and Implementation Gas Services<br />
>> Techn. <strong>service</strong>s for municipalities and Cities<br />
>> Concept and Design measuring and<br />
valuation of Intangible Assets: Human Capital<br />
1982 – August 2000<br />
• SAFE<br />
• Primary control Center<br />
>> Maintenance and Asset Management of<br />
high & low Voltage grids<br />
>> Risk Management and Emergency planning<br />
>> Operation of gas and <strong>water</strong> supply<br />
1978 – 1982<br />
• SAFE<br />
• Design of Power stations and Transformer Units<br />
>> Planning and Installation of automatic control<br />
for transformer units & Power Substations<br />
Education: International executive MBA, Project- and Process Management,<br />
University Salzburg, 2006<br />
Electro technical engineering, technical college, 1978<br />
Professional Training: Productmanagement, Vienna 2007<br />
Human Resources Management, St. Gallen 2005<br />
Entrepreneurship, Toronto 2005<br />
Venture Capital, Toronto 2005<br />
Storytelling, Salzburg 2005<br />
Change Management, Luxembourg 2004<br />
Business Management, Salzburg 2003<br />
Safety Management, Salzburg 2002<br />
Project Management, Vienna 2001<br />
Technical Process Mapping, Salzburg 2000<br />
appendix<br />
contact<br />
Publications & speeches: the challenge of managing Human resources for demographic change Cologne 2005<br />
Implementation of Generation Management with the systematic of professional<br />
Project Management, (Zurich, Munich, Nürnberg, Cologne, Salzburg, Linz, Vienna)
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Bernhard Strauss<br />
Current job Technical Project Manager<br />
Date of birth 28.05.1975<br />
Nationality Austrian<br />
Since May 2007<br />
• Salzburg AG<br />
• Trainee<br />
>> Gas-price-forecasts, capacity-analysis,<br />
market-studies and -analysis<br />
(Department for energy trading)<br />
>> Database management, customer <strong>service</strong><br />
(Departments for public transportation)<br />
>> Assistance for contractors in public<br />
authorities proceedings.<br />
(Department for <strong>water</strong> supply)<br />
>> Job training <strong>water</strong> supply<br />
(Department for <strong>water</strong> supply)<br />
>> Efficiency analysis for varied <strong>water</strong><br />
supply models. (Department for <strong>water</strong> supply)<br />
references<br />
facilities<br />
Key skills International experience<br />
determined, reliable, many-sided<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
October 2006 – February 2007<br />
• Z_GIS – Center for Geoinformatics<br />
• Project assistant<br />
>> Generating of a digital, multimodal transport<br />
network to simulate the spectator-streams to the<br />
soccer stadium during the European champion-<br />
ships 2008. (Project INTEREVENT)<br />
2000 – September 2006<br />
• Austrian Beach Volleyball National Team<br />
Strauss-Gosch<br />
• Beach Volleyball-Professional<br />
>> Public relation, trainings- and competition<br />
management, sponsor acquisition and -support<br />
Education: Geoinformatics, university Salzburg 2006<br />
Civil engineering, university Innsbruck<br />
Civil engineering, technical high school Salzburg 1994<br />
appendix<br />
contact
competence<br />
organisation<br />
Professional experience:<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Benedikt Asen<br />
Current job Project Engineer<br />
Date of birth 21.12.1984<br />
Nationality Austrian<br />
August – September 2006<br />
• Salzburg AG Water Laboratory<br />
• quality analysis of Salzburg’s drinking <strong>water</strong> supply<br />
July – August 2004<br />
• Franz Asen GmbH & Co. KG<br />
• assembling steel constructions<br />
CV‘s<br />
July – August 2003<br />
• Waste Water Treatment Plant Salzburg<br />
• co-worker in plumber, locksmith and installer teams<br />
references<br />
facilities<br />
Key skills Open minded, straightforward and<br />
structured thinking, creative<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Education: Biotechnology and Environmental Engineering<br />
University of Applied Sciences Upper Austria Campus Wels, since 2005<br />
Reifeprüfung Certificate and VET Diploma<br />
College of Alpine Agriculture – Environmental Technology, 2004<br />
Specific know how, Exchange semester University of Applied Sciences Lahti, Finland in 2007<br />
experience:<br />
Professional Training: Certified environmental management commissioner (2008)<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
Since January 2008<br />
• WSG Wasser Service GmbH –<br />
• Personal Assistant to Director<br />
2007<br />
• Salzburg AG / networks<br />
• Personal Assistant to Director<br />
Mr. DI Schreiner<br />
2000<br />
• Salzburg AG / controlling<br />
• Personal Assistant to Director<br />
Mr. Dr. Pranger<br />
1999 – 2000<br />
• Salzburger Stadtwerke<br />
• Salzburg.at / telecommunication<br />
CV‘s<br />
references<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Eva Cates<br />
Current assignment Personal Assistant to Director<br />
Date of birth 16.05.1957<br />
Nationality Austrian<br />
Key skills broad-minded, determined, flexible,<br />
honest, communicative, responsible<br />
1997 – 1999<br />
• Public Relations<br />
1992 – 1997<br />
• R. Quehenberger Spedition<br />
• IT & Data <strong>service</strong><br />
1989 – 1992<br />
• Management Marketing<br />
Corporation<br />
1979 – 1983<br />
• "Dein Heim" – Wohnungsbau<br />
• Secretary<br />
Education: Apprenticeship at AUSTROEXIM, 1975<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
Since May 2009<br />
• WSG Wasser Service GmbH<br />
• Administrative Assistance<br />
2008 – 2009<br />
• Landestheater Salzburg<br />
• costumer<br />
CV‘s<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Bianca Carolin Leitner<br />
Current assignment Administrative Assistance<br />
Date of birth 28.05.1986<br />
Nationality Austrian<br />
2004 – 2007<br />
• February 2007: emergency hospital „UKH Salzburg“<br />
voluntary <strong>service</strong><br />
• June/July 2006: Sony DADC<br />
multimedia department – internship<br />
• August 2006: Porsche Austria GmbH & Co<br />
commercial auto marketing – internship<br />
• Summer 2005: Allmobil GmbH, Porsche Salzburg<br />
administration – internship<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Key skills communicative, open minded, humorous, creative<br />
Education: Commercial academy: „Bundeshandelsakademie 1 Salzburg“, 2006<br />
Grammar school: „Bundesrealgymnasium Akademiestraße“, 2000<br />
Elementary school: „Volksschule Abfalter“, 1996<br />
Specific know how, Since 2006 member of the emergency medical <strong>service</strong>s Salzburg City<br />
experience:<br />
Professional Training: Registered emergency medical technician<br />
facilities<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Andreas Frühwirth<br />
Current job Process- and Projectmanager<br />
Date of birth 12.07.1968<br />
Nationality Austrian<br />
Since 2007<br />
• Technical Innovation- &<br />
Management Consultancy<br />
• as freelancer with following focus:<br />
- Process- & Projectmanagement<br />
- Strategical & operational R&D up to<br />
serial production<br />
- Patent, sponsorship & certification matters<br />
- Partnermanagment & contracting<br />
2006 – 2007<br />
• Flexit Group Sicherheitstechnik GmbH<br />
• Director of Operations (COO)<br />
Responsibilities:<br />
- R&D, purchasing, production, logistics, quality<br />
assurance<br />
- Service- & projectmanagement<br />
- Partnermanagment & contracting<br />
- Staffrecruitment, building and<br />
facility management<br />
- Customer aquisition<br />
- Finance- (1.5 million €) & staffresponsibility<br />
(10 Heads)<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Key skills English (mother tongue), german (excellent)<br />
2001 – 2006<br />
• Skidata AG<br />
• Director of Operations (2004-2006) Responsibilities:<br />
Supply chain management division (Purchasing, production<br />
& logistics), Projectmanagement division (Implementation &<br />
operations), After-sales <strong>service</strong> division, IT & facility manage-<br />
ment division, Partner- & contractmanagement, Finance- (12<br />
million €) & staffresponsibility (176 Heads)<br />
• Head of R&D (2001-2004) Responsibilities:<br />
Hard- & firmware elektronics, Mechanics, Construction,<br />
Casings, in plastics and metal, Design, Serial production and<br />
quality assurance, Patent, sponsorship & certification matters,<br />
Partner- & contractmanagement, Finance- (4.5 million €) &<br />
staffresponsibility (35 Heads)<br />
1997 – 2001<br />
• Nokia GmbH<br />
• Projektmanager GSM Responsibilities:<br />
Projectmanagement, Partnermanagement, Finance & con-<br />
trolling, Staffresponsibility (125 Heads)<br />
1996 – 1997<br />
• Siemens AG<br />
• Teamleader SW-Development<br />
Head of a 3 – men SW development team<br />
Education: Dipl.-Ing., University – Electronics in Vienna, 1997<br />
Highschool focused on electronics in Vienna, 1998<br />
Military Service; Airforce Pilot; Several UN-Duties in Middle East, 1987-1994<br />
Grammar School in Bad Ischl, 1987<br />
Professional Training: International experiences in Middle East (Syria, Lebanon, Iraq, Israel),<br />
GCC (Dubai, Oman), Asia (China, Singapore) and Mexico<br />
Project- & processmanagement, Finance- & controlling<br />
People- & Leadership Management<br />
Contracting<br />
ISO 9000 Auditor<br />
IT know how: MS Office Package, ERP Tools: SAP, AXAPTA<br />
CAD & Developmenttools: ACAD, ProE, SolidWorks, MathLab, C, C++…<br />
QA & Processmanagement-Tools:<br />
Six Sigma (SSBB), FMEA, Stage-Gate, KAIZEN…<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Markus Matschl<br />
Current job Chief engineer<br />
Date of birth 09.06.1971<br />
Nationality Austrian<br />
Since August 2000<br />
• Salzburg AG<br />
• Chief mechanical engineer for hydroelectric<br />
power plants: Strategic alignment of operation<br />
and maintenance, Commit operation, mainte-<br />
nance and improvement regulations, Manage-<br />
ment of key spare parts, Project management<br />
for building and rebuilding mechanical installa-<br />
tions, including pipelines, in hydroelectric power<br />
plants, Diagnostics<br />
references<br />
facilities<br />
Key skills result oriented, customer focused,<br />
entrepreneurial thinking and action<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
October 1991 – July 2000<br />
• SAFE<br />
• Mechanical engineer in the department<br />
“Technical Services”:<br />
Engineering of maintenance works, Manage-<br />
ment for standard maintenance, Diagnostic<br />
measurements<br />
Education: Mechanical engineering, technical high school Salzburg - 1990<br />
Professional Training: Training for future one executives – University of Salzburg Business School<br />
May 2003 – November 2004<br />
Leadership training - Stucki Salzburg 1994<br />
various trainings for vibration measurement and diagnostics<br />
Membership association: VEÖ - Working <strong>group</strong> for material technology<br />
VEÖ - Working <strong>group</strong> for corrosion protection technology<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
Current<br />
• WSG Wasser Service GmbH<br />
• Process Design Engineer<br />
CV‘s<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Christian Ded<br />
Current job Process Design Engineer<br />
Date of birth 25.01.1974<br />
Nationality Austrian<br />
January 2008 – December 2008<br />
• Kässbohrer Transport Technik GmbH, Eugendorf<br />
• Industrial engineering: workplace layout and<br />
workflow planning, Screw-technology, capacity<br />
planning, project management, handling of<br />
technical modifications, calculations<br />
January 2007 – August 2007<br />
• Stay abroad/travelling, South America (incl. 4<br />
weeks intensive language course), Australia<br />
and South East Asia<br />
May 2005 – December 2006<br />
• Foria Forstmanagement GmbH, Romania<br />
(joint venture of ÖBf AG and Metsähallitus)<br />
11/05 – 12/06: Countrymanager Romania<br />
Co-management, budget and staff responsibility,<br />
new-implementation of bookkeeping and con-<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Key skills industrial and customer focused, cross-cultural<br />
competence, entrepreneurial thinking and action<br />
trolling, cleaning the table, strategic adjustment;<br />
business area development „Forest administration“<br />
05/05 – 10/05: Specialist: forest road design, route<br />
planning, collaboration in two projects "material<br />
requirement" and ‘transport’, controlling of the<br />
regional coordinators on site<br />
March 2002 – April 2005<br />
• Österreichische Bundesforste AG<br />
• Specialist forest management planning:<br />
01/04 – 04/05: FB Flachgau-Tennengau<br />
03/02 – 12/03: Büro West, Salzburg<br />
forest management planning (10-years-plan for<br />
the companies incl. forest management concept<br />
and forest maps), forest controlling, silvicultural<br />
trainings (forest management planning, silviculture,<br />
orientation)<br />
October 2001 – February 2002<br />
• Österreichische Bundesforste AG<br />
• Geografical information<br />
system, designing forest maps<br />
appendix<br />
Education: Lean advisor, lean institute, Karlsruhe, 03/09<br />
Process management training, Wifi OÖ, 02/09<br />
Academic industrial engineer, in-<strong>service</strong> training, TU-Wifi-college, Linz, 08 – current<br />
Project manager (pma), certified by SystemCERT, 11/07 – 01/08<br />
University of Natural Resources and Applied Life Sciences,Vienna, 1994-2001<br />
Exchange program at the Sveriges lantbruksuniversitet, Umea, Sweden, 01-06/1999<br />
Commercial college, Vöcklabruck, 1988-1993<br />
High school (boarding-school), Kremsmünster, 1984-1988<br />
Professional Training: Taking exam for civil engineer, specific field: forestry and wood, technology<br />
Taking state exam for forestry (very good success)<br />
Seminars (communication, moderation, train the trainer)<br />
Courses (hunting licence, blasting course, GPS, alpine education in the army)<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
1985 – current<br />
• Stadtwerke/ now Salzburg AG<br />
• technical <strong>service</strong><br />
operation& maintenance (O&M)<br />
CV‘s<br />
references<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Gerhard Beimpold<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Current assignment Center Technical <strong>service</strong>, Plant Maintenance<br />
Date of birth 26.05.1970<br />
Nationality Austrian<br />
facilities<br />
appendix<br />
Key skills Languages (English, German, Serbo-Croatian)<br />
able to handle executive positions<br />
Education: Foreman certificate for steam generators (< 50 MW), 2001<br />
Foreman certificate for electrical engineering, 1993<br />
apprentice as high voltage assembler, 1988<br />
9 years compulsory school,1985<br />
Professional Training: Seminar for planning and construction coordination, 2007<br />
Seminar Simatic S7, Simatic Win CC, Simatic Communication, 2002<br />
Seminar high voltage technology, 1998<br />
Seminar electrical safety instructions, 1995<br />
Seminar for business administration, 1994<br />
Specific know how, hydropower plants, emergency back up power plants,<br />
experience: combined heat and power plant, high voltage engineering,<br />
telecommunication, automation of plants especially of potable<br />
<strong>water</strong> plants and power plants, visualisation of technical<br />
processes, interruption-free power supply;<br />
IT know how: MS Office, E-Plan, AutoCAD, Win Sketch, Step 7, ST7, WinCC, Photoshop,<br />
Caddy CAD, Power Vis, SAP, Engineering Base, LOGO Soft Comfort,<br />
Knowledge about Ethernet-networks;<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
Since March 2009<br />
• WSG Wasser Service GmbH<br />
• Commissioning Engineer, GRID Specialist<br />
Preparation KAUST<br />
GRID operation philosophy<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Ludwig Staiger<br />
Current job Grid Technologist<br />
Date of birth 03.02.1981<br />
Nationality Austrian<br />
August 2008 – March 2009<br />
• Salzburg AG – NE-WA<br />
Hydraulic calculations of <strong>water</strong> supply<br />
networks, Pipe-Rehabilitation-Management,<br />
Mathematical modelling<br />
Planning: Transport and Distribution networks,<br />
Water storage, UV <strong>water</strong> disinfection systems,<br />
Designing: Technical tenders procedures<br />
Development of technical specifications<br />
Project commissioning<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Key skills highly motivated, enthusiastic, flexible,<br />
result oriented, team player, open minded<br />
Education: Dipl.-Ing. Civil engineering, environment and urban <strong>water</strong> management,<br />
Graz University of Technology, 2008<br />
Civil engineering, technical high school, 2000<br />
Professional Training: Holder of the ÖVGW-certificate “Water Works Supervisor” – Salzburg 2008<br />
Business Administration “Controlling and Economics for Engineers” – WIFI Salzburg 2009<br />
Publication: „Requirements of <strong>water</strong> management in construction and operation<br />
of alpine resorts in Austria” Graz 2008<br />
Awards: Oswald-Schulze-Award, Aachen 2008<br />
facilities<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
Since 2006<br />
• Salzburg AG<br />
• Head of the <strong>water</strong> department and<br />
authorised signatory of the Salzburg AG<br />
2004 – 2006<br />
• Salzburg AG<br />
• District manager of the city of Salzburg<br />
responsible for operation and maintenance<br />
of electricity, gas, heat and telecommuni-<br />
cations networks as well as<br />
head of the <strong>water</strong> department.<br />
2001 – 2003<br />
• Salzburg AG<br />
• Head of the <strong>water</strong> department and<br />
authorised signatory of the Salzburg AG<br />
references<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Heinrich Gernedel<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Current assignment Managing Director "Salzburg AG – Department Water"<br />
Date of birth 07.06.1954<br />
Nationality Austrian<br />
facilities<br />
Key skills sustainable thinking, innovative, excellence in<br />
implementation, result orientated leadership<br />
1993 – 2001<br />
• Salzburg <strong>water</strong> works<br />
• Director<br />
• authorised representative jointly of the<br />
Salzburg Stadtwerke<br />
1982 – 1993<br />
• Salzburg municipal utilities - <strong>water</strong> works<br />
• Assistant<br />
1980 – 1982<br />
• Technical University of Graz<br />
Institute for urban and industrial hydraulic engineering<br />
• University assistant (1980-1982)<br />
• Assistant of studies (1978-1980)<br />
Education: Civil Engineering with deepening urban and industrial hydraulic engineering<br />
Technical University of Graz, 1980<br />
Publication & speeches: lecturer at the University of Leoben „Water Supply“, since 2006<br />
Membership association: ÖVGW, WSG, <strong>water</strong> board Salzburger Becken<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
CV‘s<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Michael Themel<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Current assignment Managing Director "Salzburg AG Utilities UAE FZE"<br />
Date of birth 19.09.1968<br />
Nationality Austrian<br />
2006 – current<br />
• "Salzburg AG Utilities UAE FZE"<br />
• Managing Director<br />
>> Setup of new subsidiary in UAE<br />
>> Marketing Development in the fields of:<br />
Natural Gas infrastruct. design and <strong>service</strong>s<br />
CNG Compressed Natural Gas for vehicles<br />
Renewable energies<br />
>> Developing of a "Business Hub" for further<br />
subsidiaries of the parent company<br />
>> Market-analysis, Market development<br />
>> Lobbying in UAE and GCC<br />
2002 – 2006<br />
• Salzburg AG<br />
• Head of "Investment Management"<br />
>> Feasibility studies of new projects<br />
>> Implementation of standardized feasibility<br />
tools for multi utility projects of Salzburg AG<br />
as well as subsidiaries<br />
>> Implementation of investment processes<br />
2000 – 2001<br />
• Project manager "Optimization of Operation<br />
of Thermal-Hydro-Power Plants"<br />
>> Integration of optimization tools to<br />
load dispatching centre<br />
>> Integration of precast tools for hydrothermal-power<br />
plant park<br />
references<br />
facilities<br />
appendix<br />
Key skills long term strategic thinking,<br />
customer orientation, value for people<br />
1999 – 2002<br />
• "Power Plants" – Salzburg AG<br />
• Assistant to Manager of Department<br />
>> Setup process for the new operation field<br />
(Structures, Organizations, processes and soft skills)<br />
>> Implementation of renewable energy systems<br />
>> Implementation of operational procedures<br />
forces by governmental rules & regulations due to<br />
the liberalization of the European energy market<br />
1998 – 1999<br />
• "Grid operation" of Salzburger Stadtwerke AG<br />
• Operation & Strategic planning department<br />
>> Strategic Grid planning 110, 30 and 10 kV<br />
>> Installation of fault analysis application<br />
>> Fault analysis & troubleshooting medium<br />
and low voltage grid<br />
• "GIS-Smallworld-Integration"<br />
Project manager for the integration<br />
of the electrical grid data<br />
1997 – 1998<br />
• Institute for High voltage applications TU GRAZ<br />
• Project coordinator<br />
>> Testing of high voltage insulation materials for<br />
transformer applications<br />
>> Partial discharge analysis on generator sets<br />
>> Deterioration analysis on high voltage cables<br />
Education: Dipl.-Ing. Energy Technologies, Technical University of Graz, 1996<br />
Higher Technical Collage, Klagenfurt, 1988<br />
contact<br />
Professional Training: Economic & Management Training at ÖCI (Austrian Controller Institute)<br />
"Entrepreneur & Leadership" – Program of Salzburg AG and Salzburg<br />
Management and Business School (SMBS)<br />
"CNG Compressed Natural Gas and clean Alternativ fuel"<br />
United Nations Environmental Program, March 2007 Sanaa / Yemen<br />
"Austrian expertise in alternative solutions and recent applications in the UAE"<br />
Austrian Renewable Energy Symposium, Nov. 2007, Abu Dhabi / UAE<br />
"CNG Compressed Natural Gas and Applications"<br />
United Nations Environmental Program, Sept. 2008, Manama / Bahrain<br />
"Alternative Energy Solutions"<br />
World Future Energy Summit, Jan. 2008, Abu Dhabi / UAE<br />
Diverse Seminars and courses
company<br />
competence<br />
organisation<br />
Professional experience:<br />
October 2007 – current<br />
• Salzburg AG Utilities UAE FZE<br />
• Environmental Engineer<br />
>> Project management<br />
>> Attending proposal and<br />
tendering procedures<br />
>> Attending establishment<br />
of company structures<br />
CV‘s<br />
references<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Stefan Plewka<br />
Current assignment Environmental Engineer<br />
Date of birth 23.07.1982<br />
Nationality Austrian<br />
facilities<br />
Key skills ambitious and open minded,<br />
driver for innovation<br />
2006<br />
• Salzburg AG –<br />
Heat & Power plant Salzburg Mitte<br />
• Internship<br />
>> Developing an database<br />
for the revision of the<br />
Heat & Power plant Salzburg Mitte<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Education: Dipl.-Ing. (FH) Environmental engineering, University of applied sciences,<br />
MCI Innsbruck, September 2007<br />
Diploma thesis:<br />
Waste heat utilization with low - temperature ORC processes<br />
School leaving examination Bundes- Oberstufenrealgymnasium 2001<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
Since July 2003<br />
• Salzburg AG Water Laboratory<br />
• Head of Testing<br />
Since January 2003<br />
• Salzburg AG Water Laboratory<br />
• State foodstuffs assessor<br />
2001 – July 2003<br />
• Salzburg AG<br />
Center Wasser – Quality Safety<br />
• Chemist<br />
1998 – 2001<br />
• Foodstuff testing in Salzburg<br />
• Head of department<br />
CV‘s<br />
references<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Josef Paul Lintschinger<br />
Current assignment Project Manager<br />
Date of birth 19.2.1966<br />
Nationality Austrian<br />
facilities<br />
Key skills continuous improvement,<br />
technical and functional expertise<br />
1996 – 1997<br />
• Institute of Ecological Chemistry,<br />
Research Centre for Environment and<br />
Health, Neuherberg, Germany<br />
• Visiting scientist<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
1998 – 2001<br />
• Ökopharm F&E GmbH, Unternberg (Salzburg)<br />
• Chemist<br />
1995 – 1996<br />
• University of British Columbia, Canada – Chemistry<br />
Department, Environmental Chemistry Group<br />
• Post-doctoral Fellow<br />
1992 – 1995<br />
• Mag. FUCHS BioPan OHG Mariapfarr<br />
• Chemical scientist<br />
Education: Thesis, Institute for Analytical Chemistry K.F. UNI Graz, 1995<br />
Disseration, Institute of Biochemistry, K.F. UNI Graz, 1991<br />
Chemistry, main subject Biochemistry, K.F. UNI Graz, 1985 – 1991<br />
Biology, Karl Franzens Universität Graz, 1985<br />
contact
company<br />
competence<br />
organisation<br />
Professional experience:<br />
<strong>Curriculum</strong> <strong>Vitae</strong><br />
Name Otto Nowak<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Current job professor at the University of Technology in Dresden<br />
Date of birth 21.07.1955<br />
Nationality Austrian<br />
Since April 2006<br />
• Professorship of Industrial Water Management<br />
at "Technische Universität Dresden" germany<br />
September 2002 – 2006<br />
• Consultant for Water Management<br />
and Engineering<br />
CV‘s<br />
October 2001 – March 2006<br />
• lecturer for "Water and Waste<strong>water</strong> Technologies"<br />
in the course of studies "Infrastructure<br />
management" at the "University of Applied<br />
Studies" FH Joanneum in Kapfenberg, Styria<br />
October 2001 – December 2003<br />
• scientific co-worker of the Institute of<br />
Water Quality and Waste Management<br />
at Vienna University of Technology<br />
references<br />
facilities<br />
Key skills Scientist and practitioner in waste<strong>water</strong> treatment<br />
(biological processes), in sludge treatment a. disposal<br />
September 1994 – December 1995<br />
• Scientific co-worker of the<br />
Institute of Urban Water Management<br />
at Dresden University of Technology<br />
1982 – 2001<br />
• Assistant and scientific co-worker at the<br />
Institute of Water Quality and Waste Manage-<br />
ment at Vienna University of Technology<br />
1976 – 1982<br />
• Co-worker of consultancies<br />
and construction firms<br />
appendix<br />
Education: Grant of the right to teach in the field of "Waste<strong>water</strong> Treatment", 2000<br />
PhD at Vienna University of Technology, 1995<br />
Civil Engineering - Water Management and Water Engineering, Vienna University<br />
of Technology (Austria), Diploma „Dipl.-Ing.“, 1982<br />
Publications & speeches: Evaluation of the reject <strong>water</strong>s from co-digestion of solid wastes<br />
from agro-industries in a municipal WWTP. 2007<br />
Optimizing the use of sludge treatment facilities at municipal WWTPs. 2006<br />
Sludge management of small <strong>water</strong> and waste<strong>water</strong> treatment plants. 2004<br />
Benchmarks for the energy demand of nutrient removal plants. 2003<br />
Expenditure on the operation of municipal waste<strong>water</strong> treatment<br />
plants for nutrient removal. 2000<br />
Upgrading of WWTPs equipped with rotating biological contactors to nitrification<br />
and P removal. 2000<br />
Long-term experience with pretreatment of rendering plant effluent. 1999<br />
A comparison of different concepts of the running-in of nitrification and<br />
denitrification in activated sludge plants. 1999<br />
Parameter estimation for activated sludge models with the help of mass balances. 1999<br />
Degradation of particulate organic matter - a comparison of different<br />
models concepts. 1999<br />
Denitrification via nitrite – Long-term experience with pretreatment of rendering plant<br />
effluent. Mededelingen Faculteit Landbouwkundige en Toegepaste Biologische<br />
Wetenschappen (Ghent, Belgium), 1996<br />
…<br />
Membership association: IWA, member in several specialist <strong>group</strong>s<br />
DWA (German Water Association), collaboration in several working <strong>group</strong>s<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Water Loss Management<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
It is virtually impossible to avoid leakage in a <strong>water</strong> distribution grid. The reasons are manifold, old pipes<br />
made of cheap materials, too much pressure in the grid or an accident to name just a few.<br />
Identifying leakage early can have all sorts of positive consequences regarding hygiene, ecology and<br />
economy. If leakage is not identified in the early stages it can have devastating results. For example, the<br />
possibility of secondary damage, the pressure level in the pipes falling causing problems for the supply<br />
safety and last but a whole array of hygiene problems.<br />
Solutions and methods provided by the WSG<br />
We offer several <strong>service</strong> packages to manage <strong>water</strong> loss in the grid.<br />
• Measurement and evaluation of the <strong>water</strong> network<br />
• Optimization of the grid in consideration of <strong>water</strong> loss<br />
• Online monitoring of the <strong>water</strong> network<br />
• Finding the best moment for a reconstruction of the grid<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
• Water loss management causes a reliable <strong>water</strong> network<br />
• In case of an emergency we can act very fast because of our online monitoring system<br />
• We have know-how and extensive experience<br />
• High quality of our <strong>water</strong> without any secondary pollution<br />
• Effective WLM saves money, because of lower maintenance effort and minimum loss of treated <strong>water</strong><br />
• WLM is environmental friendly, since it helps save <strong>water</strong><br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Water Distribution<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
The distribution of <strong>water</strong> is an essential part of the <strong>water</strong> cycle between the owner and operator and<br />
the consumer. It comprises the fields of planning and construction as well as management apects, for<br />
example how much <strong>water</strong> does a city need at a certain time?<br />
Solutions and methods provided by the WSG<br />
We know how to fulfil the costumer needs based on a secure <strong>water</strong> supply.<br />
The construction of <strong>water</strong> infrastructure is a long term investment, so we have a special attention on sustainable,<br />
future orientated design. Together with an adequate maintenance system plus an individual<br />
risk, <strong>water</strong> loss and emergency management, the WSG guarantees a secure <strong>water</strong> distribution network<br />
based on a reliable contract.<br />
Resulting advantages<br />
CV‘s<br />
• Future orientated and sustainable thinking<br />
• WSG as a reliable partner<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Laboratory<br />
Definition<br />
organisation<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Laboratory controlling guarantees, the high quality level of the delivered <strong>water</strong>, through the whole <strong>water</strong><br />
cycle. Controlling is carried out using the latest state of the art technology and in compliance with<br />
all legal terms as well as quality standards.<br />
Solutions and methods provided by the WSG<br />
Potential pollution can not be avoided, but with our control mechanisms we can detect pollution as<br />
early as possible, so that there are no harmful effects on our customers.<br />
Every day the employees of the laboratory take samples and analyse them with any delay. The<br />
samples are not only taken at the beginning of the distribution network, also at the end of the<br />
network, which is the consumer.<br />
The <strong>water</strong> gets tested for biological and chemical pollution as well as sensory vitiations.<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
• Permanent control of harmful substances<br />
• The owner and operator is able to detect and to locate pollution quite early<br />
• Reliable <strong>water</strong> quality<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Water Treatment<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
In many cases <strong>water</strong> can not be consumed immediately at the spring due to biological, chemical or<br />
sensory vitiations.<br />
Water treatment is the method to ensure <strong>water</strong> quality, which is defined in legal<br />
frameworks, engineering standards as well as quality standards.<br />
Solutions and methods provided by the WSG<br />
We know about the importance of <strong>water</strong> as a basic human need and the responsibility as an owner and<br />
operator for the consumers. That is the reason, why we are using state of the art technology to serve<br />
<strong>water</strong> with as few as possible impacts resulting in high quality.<br />
Desalination via reverse osmosis, UV-light disinfection or ozone disinfection are aspects of our technical<br />
possibilities to treat <strong>water</strong>.<br />
Resulting advantages<br />
references<br />
facilities<br />
• All our treatment possibilities always have the best cost-benefit ratio<br />
• High quality of delivered <strong>water</strong> without any risks for humans and equipment<br />
CV‘s<br />
references<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Water Storage<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Every <strong>water</strong> distribution network needs facilities to store <strong>water</strong> to help to balance the difference between<br />
reclamation and consumption per capita. In other words, storage tanks avoid surpluses and<br />
shortages in the grid.<br />
Solutions and methods provided by the WSG<br />
As an owner and operator the WSG secures a 24/7 <strong>water</strong> supply. Storage tanks are playing a major role<br />
to achieve this goal. We have experience and know-how in the fields of the planning, constructing and<br />
maintaining of storage tanks.<br />
The elevated storage tank Kapuzinerberg is a good example for our professional skills. It was erected in<br />
the early nineties and improves the supply guarantee for the city of Salzburg. The tank is directly built<br />
into the mountain, has a capacity of 25 000 m³ and is fed by ground<strong>water</strong> pumping stations.<br />
Resulting advantages<br />
CV‘s<br />
• Experience and know-how<br />
• Intelligent, sustainable and future-orientated design<br />
• Avoiding of shortages and surpluses in the grid<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Risk Management<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Risk management is the identification, evaluation and aggregation of risks to minimize their technical<br />
and financial impacts.<br />
Solutions and methods provided by the WSG<br />
State of the art technology, long-time experience and know-how are our instruments to ensure satisfied<br />
customers with a strong, healthy <strong>water</strong> supplier.<br />
Professional risk management covers 5 points:<br />
• Identification of potential risks<br />
• Analysis and evaluation of the risks (effects, incidence rate,…)<br />
• Planning of measures to prevent the risks<br />
• Planning of measures in case of an incidence (Insurance,…)<br />
• Controlling<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
• Knowing the risks makes it easier to handle them<br />
• The ability to prevent potential risks after an identification<br />
• Still capable to act in case of an emergency<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Water Reclamation<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Water reclamation describes the methods to find and to convey the resource <strong>water</strong> as well as to protect<br />
the reclamation area. Water reclamation is an important point for a secure and reliable <strong>water</strong> supply.<br />
The quality and the quantity of the resources assign the effort of treating and distributing it.<br />
Solutions and methods provided by the WSG<br />
We are aware of our responsibility as an owner and operator and are able to establish secure <strong>water</strong><br />
reclamation. The WSG has the ability to produce drinking <strong>water</strong> through the modern treatment and<br />
reclamation methods in combination with emergency planning as well as risk management.<br />
Reclamation and treatment methods offer, for instance:<br />
• Desalination of <strong>water</strong><br />
• Ground <strong>water</strong> pumping stations<br />
• Spilling natural and artificial springs<br />
Another critical point is sustainable thinking. We know how important it is to save the reclamation area,<br />
because high <strong>water</strong> quality does not start at the treatment plant, it starts at the spring.<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
• Modern methods causing a secure and reliable <strong>water</strong> supply<br />
• No exploitation, because of sustainable <strong>water</strong> management<br />
• Best cost-benefit ratio for both parties<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Quality Management<br />
Definition<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
QM helps to settle or improve the necessary standards for the organisation, the processes as well as<br />
the high end for products and client relationship. An effective quality management is an important<br />
instrument to anticipate organisational developments and plan accompanying measures. In addition,<br />
successful QM is the reason for satisfied costumers.<br />
Solutions and methods provided by the WSG<br />
For us, QM has to have an internationally accepted certification (EN ISO 9004, EMAS, …), which is one<br />
of the most acknowledged factors in a globalized market.<br />
The owner of such a certification is engaged to establish a functional quality management system.<br />
After certain periods the certification and its implementation are tested by independent experts of international<br />
accepted institutes, for example TÜV Süd.<br />
Resulting advantages<br />
• Product control<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Automated Metering<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Automated metering is closely related to <strong>water</strong> loss management, distribution management, maintenance<br />
as well as risk and emergency management. It describes quantitative and qualitative measurement<br />
methods, which are important to estimate the condition of the network. The application areas are<br />
manifold. They range from simple pressure measurements to high tech haze measurements.<br />
Solutions and methods provided by the WSG<br />
We have considerable experience in automated monitoring of <strong>water</strong> distribution networks. Sensors<br />
are installed at strategic points in the grid to control the <strong>water</strong> flow and to relocate leaks. Automated<br />
metering offers the possibility for online monitoring, which results a short response time, because all<br />
information is collected at one point.<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
• Online monitoring<br />
• Short response times for controlling and in case of an emergency<br />
• The grid is easier to control and you can relocate leaks immediately<br />
• The digital information is easy to collect und to transport<br />
• It is a very helpful tool for maintenance, <strong>water</strong> loss, risk and emergency management<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Maintenance<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
The owner and operator have to determine the actual condition of an asset and if required, they have<br />
to restore the nominal condition. Keeping the site, including the network, pipes, wells and the complete<br />
technical equipment operative, is not only a big challenge but also the main economic basis of <strong>water</strong>.<br />
Negating the need of a foresighted and sustainable maintenance planning and operating can end up<br />
in enormous costs for the operator.<br />
Solutions and methods provided by the WSG<br />
We have developed a strategic maintenance planning based on our long term experience with the best<br />
cost-benefit ratio. The strategic maintenance planning gives us three different approaches to find individual<br />
maintenance methods for every asset.<br />
The first method describes only the repairing of damaged parts of an asset. This method causes low<br />
costs, but is connected with high risks.<br />
Continuous reinvesting of a certain percentage of the turnover and the resulting continuous maintenance<br />
is the second method. It has the best cost-benefit ratio as well as a calculable risk, but it needs<br />
some requirements, for example exact knowledge of the distribution grid.<br />
The owner and operator have the possibility to define a maintenance cycle, where they change parts of<br />
the asset, independently if they are damaged or not. Legal terms and engineering standards form the<br />
framework for this maintenance method. Cyclic maintenance is the most expansive way, nevertheless,<br />
it results in a reliable system and a high quality.<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
• Opportunity to find the best cost-benefit ratio for every asset<br />
• A high degree of uninterrupted <strong>service</strong><br />
• High quality of the delivered <strong>water</strong><br />
• Sustainability<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
GIS<br />
competence<br />
Definition<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
GIS stands for "Geographic information system", it is an exact map of a certain area, for example, the whole<br />
Austrian territory is mapped in this system. Together with business and maintenance software like SAP<br />
it is a very useful tool for <strong>water</strong> <strong>service</strong> companies. The system makes it possible to map a whole <strong>water</strong><br />
distribution grid and to link it with every useful information concerning, which is a big advantage.<br />
Solutions and methods provided by the WSG<br />
We have been using this system for a long time and are convinced about the advantages. The main<br />
advantage is that you can find quick answers for questions concerning the grid.<br />
For example:<br />
organisation<br />
• What kind of pipes are in street xy?<br />
• Where are they located? In which depth?<br />
• How long is my grid in sector xy?<br />
• Is it possible to connect these new buildings with low effort to our grid?<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
• Exact mapping of the <strong>water</strong> distribution grid<br />
• Big advantages for the maintenance and the emergency management<br />
• Immediate access for every employee connected via laptop to the system<br />
• Craftsman can be guided to the exact maintenance point<br />
• Perfect grid overview<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Evaluation of Water Networks<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
If there is no existing <strong>water</strong> network or the old <strong>water</strong> network should be expanded, an evaluation has<br />
to be done.<br />
Solutions and methods provided by the WSG<br />
The WSG provides the planning of <strong>water</strong> networks.<br />
Our focus is on:<br />
• Future orientated design, which means environmentally friendly, reliable and long lasting materials<br />
• Having an eye on the future development of a city<br />
• Offering the best costbenefit ratio for both parties<br />
• Intelligent design (easy maintenance, no parallel developments, economical use of materials, …)<br />
• Exact documentation<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
• Best cost-benefit ratio for both parties<br />
• Responsible design<br />
• Exact documentation to ensure, that no information gets lost<br />
• A network, which is highly reliable and environmentally friendly<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
Definition<br />
organisation<br />
Engineering and Technology<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Engineering and technology is designing and constructing sites for <strong>water</strong> catchment, treatment, distribution<br />
and storage. Another point is the concept of consulting. Consulting refers to the practice of<br />
helping organizations to improve their performance, primarily through the analysis of existing business<br />
problems and development of plans for improvement.<br />
Solutions and methods provided by the WSG<br />
The customers can be sure, that we are using all our know-how plus our extensive experience to fulfil<br />
their requests in the face of design, contracting, construction supervision and maintenance of <strong>water</strong><br />
facilities and infrastructure.<br />
Of course, we adhere to the latest legal frameworks and engineering standards, too.<br />
In addition, we are able to be consulting partners. For example, we offer solutions for<br />
• external and presumably more objective advice and recommendations<br />
• our specialized expertise in the field of <strong>water</strong><br />
If you need help during a one-off project, where the hiring of permanent employees is not required, we<br />
are able to do this as well. We bring in our own, proprietary methodologies or frameworks to guide the<br />
identification of problems and to serve as the basis for recommendations for more effective or efficient<br />
ways of performing business tasks.<br />
Resulting advantages<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
• High quality, because of our extensive experience and know-how<br />
• Professional contact with our consumers, which means dependability, flexibility and an individual<br />
solutions for your problem<br />
• Qualified project management with personal contact<br />
• Best cost-benefit ratio for both parties<br />
• You can be sure, that you get what you asked for<br />
contact
company<br />
competence<br />
CRM<br />
Definition<br />
organisation<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
Customer relationship management (CRM) is a term which describes a process implemented by a company<br />
to handle their customers contact. It helps to improve <strong>service</strong>s, provided directly to the customers<br />
as well as using the information in the system for targeted marketing and sales purposes.<br />
Solutions and methods provided by the WSG<br />
While the term is generally used to refer to a software-based approach, we believe that a successful<br />
CRM strategy requires a holistic approach, which means a complete embedding of the employees<br />
into the system. The CRM is also supported by a call center, an accountancy department and a<br />
dunning department.<br />
Resulting advantages<br />
references<br />
facilities<br />
• Ensured targeted marketing<br />
• Active and passive customer retention in the face of the best cost-benefit ratio<br />
• The company gets an easy instrument to handle theirs consumer relationship<br />
CV‘s<br />
references<br />
selected<br />
references<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
An die<br />
Salzburg AG für Energie, Verkehr und<br />
Telekommunikation<br />
Bayerhamerstraße 16<br />
5020 Salzburg<br />
Betreff<br />
SAG,<br />
Beauftragung zum Betrieb der Wasserwerke<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Confirmed Reference City of Salzburg<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Bezug nehmend auf Ihre Anfrage betreffend die Beauftragung der SAG zur<br />
Wasserversorgung in der Stadtgemeinde Salzburg durch den Betrieb der Wasserwerke im<br />
Zusammenhang mit der Bewerberausschreibung Stadtwerke Klagenfurt AG erlaubt sich die<br />
Magistratsdirektion Folgendes auszuführen …<br />
Magistratsdirektion<br />
Schloss Mirabell<br />
Postfach 63<br />
5024 Salzburg<br />
Zahl (Bitte bei Antwortschreiben anführen)<br />
MD/00/ 21.8.2007<br />
select. project<br />
description<br />
Tel. +43 662 8072 2053<br />
Fax +43 662 8072 2080<br />
magistratsdirektion@stadt-salzburg.at<br />
Bearbeitet von<br />
DDr. Karl Atzmüller<br />
Tel. +43 662 8072 2533<br />
…<br />
5. Aus den oben erwähnten Darlegungen über die Bestimmungen der Satzungen bzw Syndikatsverträge<br />
ist eindeutig belegt, dass die SAG beauftragt ist, im Auftrag der Stadtgemeinde<br />
Salzburg für diese die Wasserversorgung durch den Betrieb der Wasserwerke zu besorgen<br />
und sich die Gesellschaft diesem Auftrag ohne Zustimmung der Stadtgemeinde Salzburg nicht<br />
entledigen kann.<br />
Im Übrigen wird bestätigt, dass der der SAG übertragene Aufgabenbereich zur<br />
Sicherstellung der Wasserversorgung innerhalb des Stadtgebietes Salzburg durch<br />
den Betrieb des Wasserwerkes von dieser stets zur vollsten Zufriedenheit der<br />
Stadtgemeinde Salzburg erfüllt wurde.<br />
Hochachtungsvoll<br />
Der Magistratsdirektor:<br />
Dr. Hans Jörg Bachmaier<br />
Elektronisch beurkundet<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
Ground<strong>water</strong> Enrichment Via Infiltration<br />
Planning<br />
Salzburg AG, Netze Wasser and subcontracted civil engineers for detail design<br />
Brief information<br />
The aim of the project is to enrich the ground <strong>water</strong> level with spring <strong>water</strong> as well as filtering the spring<br />
<strong>water</strong> in a natural way. Every second 106 litres of <strong>water</strong> are seeping through siliceous sand and gravel on<br />
a 600m² large area. After the filtration the ground<strong>water</strong> feeds the local <strong>water</strong> distribution network.<br />
Duration<br />
Testing phase: 1997 – 1998<br />
Completion: 1999<br />
Investment<br />
2.325.000,– €<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Gniglerberg and Gaisberg Springs<br />
Planning<br />
Salzburg AG, Netze Wasser and subcontracted civil engineers for detail design<br />
Brief information<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
Until 2000 <strong>water</strong> from these springs was disinfected by chlorine. Since 2001 a multistage treatment<br />
plant works instead of chlorine. It consists of an ozone treatment step, a flocculation filtration and an<br />
UV irradiation step.<br />
Duration<br />
1999 – 2001<br />
Investment<br />
4.663.000,– €<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Elevated Storage Tank Kapuzinerberg<br />
Planning<br />
Salzburg AG, Netze Wasser, GC and subcontracted civil engineers for detail design<br />
Brief information<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
The elevated storage tank Kapuzinerberg was built to improve the supply guarantee for the city of<br />
Salzburg. The storage capacity is 25 000 m³ <strong>water</strong>, coming from ground<strong>water</strong> pumping stations in<br />
Glanegg, Leonhard and the Taugl area.<br />
Client/customer<br />
City of Salzburg<br />
Project Data<br />
>> Inhabitants: 150.378 (31.12.07)<br />
additionally 2.152.945<br />
overnight stays<br />
>> Supply area: 65,679 km²<br />
Duration<br />
1989 – 1992<br />
Investment<br />
13.500.000,– €<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
Closed Circular Pipeline North<br />
Planning<br />
Brief information<br />
facilities<br />
selected<br />
references<br />
Salzburg AG, Netze Wasser and subcontracted civil engineers for detail design<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
The construction connects the two elevated storage tanks Mönchsberg and Kapuzinerberg, both were<br />
built into mountains.<br />
Client/customer<br />
City of Salzburg<br />
Project Data<br />
Duration<br />
First part: 1966 – 1975<br />
Second part: 1992 - 1995<br />
Investment<br />
>> Inhabitants: 150.378 (31.12.2007)<br />
additionally 2.152.945<br />
overnight stays<br />
3.460.000,– €<br />
>> Supply area: 65,679 km²<br />
>> Length pipeline: First part 3,2 km; second part 2,5 km<br />
>> Construction materials: grey cast iron pipelines, spheroidal cast iron pipelines as well as<br />
spheroidal cast iron pipelines with concrete inlay and PUR-TOP coating.<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
Pumping Station Glanegg I<br />
With an Integrated Turbine<br />
Planning<br />
facilities<br />
selected<br />
references<br />
Salzburg AG, Netze Wasser and subcontracted civil engineers for detail design<br />
Brief information<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
In 1999 the local well got regenerated by high <strong>water</strong> pressure and counter- rotating injectors. In addition<br />
dissolved particles were removed as well. In 2001 a <strong>water</strong> turbine got installed, which generates<br />
about 61KW. The electrical power is used to supply <strong>water</strong> pumps with energy.<br />
Duration<br />
First part: 1999<br />
Second part: 2001<br />
contact
company<br />
competence<br />
organisation<br />
Connection Pipe<br />
Planning<br />
Salzburg AG, Netze Wasser<br />
Brief information<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
The aim of the project was to establish a connection between the ground<strong>water</strong> pumping stations and<br />
the storage tanks at the Kapuzinerberg.<br />
Client/customer<br />
City of Salzburg<br />
Project Data<br />
Duration<br />
1981 – 1885 (more phases of construction)<br />
>> Inhabitants: 150.378 (31.12.2007)<br />
additionally 2.152.945<br />
overnight stays<br />
>> Supply area: 65,679 km²<br />
>> Length pipeline: 6,5 km<br />
>> Construction materials: Prestressed concrete pipelines DN 800 made by Dywidag<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
KAUST King Abdullah University<br />
of Science and Technology<br />
Main Infrastructure Contractor<br />
Nesma and Partners<br />
Brief information<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
The King Abdullah University of Science and Technology (KAUST) is built in Saudi Arabia as an international,<br />
graduate-level research university.<br />
Since April 2009 the Water Service Group has taken over the operation and maintenance in cooperation<br />
with the local company Nesma Trading for the whole infrastructure (plants for: desalination, waste-<strong>water</strong><br />
treatment, cooling plant plus networks, emergency backup units EBU plus middle voltage networks).<br />
Duration<br />
April 2009 -January 2010<br />
Option for extension of contract until 2015 has already been taken<br />
Project Data<br />
>> Area: 36 km²<br />
>> Investment: 23 bn. Dollar (overall)<br />
>> Location: 36 square kilometres along the Red Sea at Thuwal<br />
(about 80 kilometres north of Saudi Arabia‘s second largest city, Jeddah.)<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
Reference list: Renewable energy projects<br />
Index<br />
Overview of the renewable energy projects<br />
Hallein: 30 MW biomass power plant (CHP)<br />
Hallein: biogas CHP M-real<br />
Hallein: heat recovery M-real (ECO)<br />
Hallein: heat recovery M-real (heat transformer)<br />
Abtenau: 6.2 MW biomass district heating station<br />
Bramberg: 4.9 MW biomass district heating station<br />
Radstadt: 1.5 MW biomass district heating station<br />
Saalfelden: 5 MW biomass district heating station<br />
Bruck: 1 MW biomass district heating station<br />
Altenmarkt: 5 MW biomass CHP<br />
Siezenheim: 10 MW biomass district heating station<br />
Wald: 2.5 MW biomass district heating station<br />
Murfall: 0.78 MW-Wasserkraftwerk<br />
Rotgülden: 4.9 MW-Wasserkraftwerk<br />
Zederhaus: 9.8 MW-Wasserkraftwerk<br />
Hollersbach: 1.3 MW hydropower plant<br />
Bachwinkl: 0.12 MW hydropower plant<br />
Trattenbach: 4.97 MW hydropower plant<br />
Gamp: 8.5 MW hydropower plant<br />
Hammer: 0.1 MW hydropower plant<br />
Eichetmühle: 0.13 MW hydropower plant<br />
Rott: 5 MW hydropower plant<br />
Hydropower plant bed structure Lehen<br />
Lend/Dientenbach: 4.7 MW hydropower plant<br />
Salzburg Airport photovoltaik plant<br />
Photovoltaic plants<br />
Photovoltaic plant Kirchheim<br />
Photovoltaic plant Freilassing<br />
Pilot project fuel cell<br />
Tauern Spa World Kaprun<br />
Tenneck heat extraction<br />
Biogas station Eugendorf<br />
Holding GrasKraft Reitbach<br />
Biogas Zemka<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Overview renewable energy projects<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Overview renewable energy projects<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
Hallein: 30 MW biomass power plant (CHP)<br />
>> Combustion of wood and residues of the M-real pulp and paper mill production.<br />
>> Production of ecological electricity, process-steam for the paper mill and heat for the district<br />
heating line Hallein-Salzburg.<br />
Key Data<br />
>> Project name: CHP M-real Hallein AG<br />
>> Technology: Bubbling fluidised bed system ECO-fluid<br />
HP-steam LP-steam<br />
>> Nominal capacity: 30 MWth<br />
>> Steam output: 36 tD/h 36 tD/h<br />
>> Steam pressure: 61 bar 5.25 bar<br />
>> Steam temperature: 450 °C 160 °C<br />
>> Electric power: 4.86 MW<br />
>> Fuel: bark, sludge, paper, reject, wood chips, sawdust<br />
>> District heat up to: 10 MWth<br />
>> Operating hours: 8 000 h<br />
>> Business model: Joint venture<br />
>> Start-up: 2005<br />
>> Investment: € 35.8 Million<br />
Hallein: Biogas CHP M-real<br />
>> Producer of this plant was „GE Jenbacher“.<br />
Key Data<br />
>> Project name: Biogas CHP M-real Hallein AG<br />
>> Technology: Biogas CHP<br />
>> Nominal capacity: 1 000 kWel<br />
1 055 kWth<br />
>> Start-up: 2005<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
Hallein: Heat recovery M-real<br />
facilities<br />
selected<br />
references<br />
>> Operation: Fumes circulate around the pipe bundle.<br />
>> The heat is transmitted through the pipe wall to the district heating system.<br />
Key Data<br />
Hallein: Heat recovery M-real<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> Project name: Heat recovery M-real Hallein AG (CHP and brine)<br />
>> Technology: ECO<br />
>> Nominal capacity: 3.1 kWth +<br />
3.1 kWth<br />
>> Fumes input temperature: 185 °C<br />
>> Fumes output temperature: 85 °C<br />
>> Start-up: 2001 and 2005<br />
>> Upgrade of the temperature level from the condensation level.<br />
>> The function is similar to a heat pump.<br />
>> Operating power from steam out of the biomass boiler instead of conventional power.<br />
Key Data<br />
>> Project name: Heat recovery M-real Hallein AG (CHP)<br />
>> Technology: Heat transformer<br />
>> Nominal capacity: 7.2 kWth<br />
>> Figure of merit: 0.58 %<br />
>> Currently average ann. production: 35 GWh/a<br />
>> Max. average annual production: 63 GWh/a<br />
>> Start-up: 2006<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Abtenau: 6.2 MW biomass district<br />
heating station<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> The profitable running of the CHP was due to the construction of the pellets plant from the<br />
company "FireStixx".<br />
>> The power grid of Salzburg AG is supplied with produced electricity of the power plant.<br />
>> Fuel requirements are covered by residues of the local saw mill (Schachl GmbH) and<br />
wood chips (local forestry).<br />
Key Data<br />
>> Project name: Biomass CHP Abtenau<br />
>> Technology: Grate firing with a thermo-oil-boiler and ORC-technology<br />
>> Nominal capacity: 6.2 MWth<br />
>> Electric power ORC-technology: 1.1 MW<br />
>> Fuel: bark, sawdust, wood chips<br />
>> Operating hours: 7 500 h<br />
>> Start-up: 2004<br />
>> Investment: € 5.4 Million<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Bramberg: 4.9 MW biomass district<br />
heating station<br />
>> This biomass heating station was launched in 1992 as a pilot project.<br />
>> Approx. 260 customers are supplied with district heat.<br />
Key Data<br />
>> Project name: Biomass power plant Bramberg<br />
>> Technology: Biomass boiler plant<br />
>> Nominal capacity: 4.9 MWth (boiler 1 + 2)<br />
>> Water pressure: 8 bar<br />
>> Water temperature: 115 °C<br />
>> Fuel: 50 % chip, 50 % bark<br />
>> Operating hours: 4 000 h<br />
>> Start-up: 1992<br />
>> Investment: € 7.3 Million<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Radstadt: 1.5 MW biomass district<br />
heating station<br />
>> This project was launched in 1995.<br />
>> The energy is generated by biomass supplied by a local saw mill (Kirchner GmbH).<br />
Key Data<br />
>> Project name: Biomass power plant Radstadt<br />
>> Technology: Biomass boiler plant<br />
>> Nominal capacity: 1.5 MWth<br />
>> Water pressure: 3 bar<br />
>> Water temperature: 118 °C<br />
>> Fuel: chip, bark, sawdust<br />
>> Operating hours: 4 000 h<br />
>> Start-up: 1995<br />
>> Investment: € 2.4 Million<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Saalfelden: 5 MW biomass district<br />
heating station<br />
>> Customers are the local military casern "Wallnerkaserne",<br />
a senior complex and an educational institution for engineers.<br />
>> The requirements of district heat and hot <strong>water</strong> are supplied by<br />
this district heating plant in Saalfelden.<br />
Key Data<br />
>> Project name: Biomass district heating station Saalfelden<br />
>> Technology: Biomass boiler plant<br />
>> Nominal capacity: 5 MWth<br />
>> Water pressure: 6 bar<br />
>> Water temperature: 120 °C<br />
>> Fuel: 50 % chips, 25 % sawdust, 25 % bark<br />
>> Operating hours: 4 000 h<br />
>> Start-up: 1997<br />
>> Investment: € 2.02 Million<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Bruck: 1 MW biomass district<br />
heating station<br />
>> The plant is supplied by wood chips, delivered by the local saw mill.<br />
>> Currently, the plant will be rehabilitated and the boiler replaced.<br />
Key Data<br />
>> Project name: Biomass district heating station Bruck<br />
>> Technology: Biomass boiler plant<br />
>> Nominal capacity: 1 MWth<br />
boiler 1 boiler 2<br />
>> Water pressure: 3 bar 6 bar<br />
>> Water temperature: 98 °C 98 °C<br />
>> Fuel: bark, chips<br />
>> Operating hours: 4 000 h<br />
>> Start-up: 1989<br />
>> Investment: € 2.56 Million<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
Altenmarkt: 7 MW biomass CHP<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> This plant is a joint venture of the local agriculture and forestry, the local community<br />
and the trade and industry of the area.<br />
>> A wide range of costumers (private households, small traders and the local ski manufacturer<br />
"Atomic") guarantee a full workload.<br />
>> A large quantity of process heat is needed in the peak period of the ski production in summer.<br />
Key Data<br />
>> Project name: Biomass power plant Altenmarkt (CHP)<br />
>> Technology: Grate firing with a thermo-oil-boiler, ORC-technology<br />
>> Nominal capacity: 7 MWth<br />
>> Electric power: 0.6 MW<br />
>> Fuel heat capacity: 9.4 MW<br />
>> Fuel: saw mill chips, wood chips<br />
>> Operating hours: 4 000 h<br />
>> Owner: 51 % Holzwärme Altenmarkt GmbH, 49% Salzburg AG<br />
>> Start-up: 2004<br />
>> Investment: € 10 Million<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Siezenheim: 10 MW biomass district<br />
heating station<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> It has been achived 35 GWh district heat and an annual electricity production of 6.5 GWh until 2008.<br />
>> Since 2009 allows the district heating system in the city of Salzburg<br />
the output of CHP approx. to 56 GWh.<br />
Key Data<br />
>> Project name: Biomass power plant Altenmarkt (CHP)<br />
>> Technology: Grate firing with a thermo-oil-boiler, ORC-technology<br />
>> Nominal capacity biomass boiler: 10 MWth<br />
>> Electric power ORC-modul: 1.5 MW<br />
>> Fuel: 95 % saw mill chips, 5 % wood chips<br />
>> Operating hours: 7 500 h<br />
>> Start-up: 2004<br />
>> Investment: € 5.4 Million<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
Wald: 1 MW biomass district<br />
heating station<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> The local heating grid has a length of nearly 2 km.<br />
>> This network provides households and businesses (60 customers) in the area of „Wald“ with heat.<br />
>> Annually 300 000 litres of oil are saved due the CHP.<br />
Key Data<br />
>> Project name: Biomass district heating station Wald<br />
>> Technology: Biomass hot <strong>water</strong> boiler<br />
>> Nominal capacity biomass boiler: 1 MW<br />
>> Capacity: 2.5 MW<br />
>> Fuel: wood chips (total 4 600 m³)<br />
>> Start-up: 2007<br />
>> Investment: € 1.89 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Murfall: 0.78 MW hydropower plant<br />
>> In the year 1922 the district „Lungau“ was area-wide provided with power.<br />
>> After the installation of a second machine in 1942 the capacity was increased<br />
from 260 kW to 780 kW per year.<br />
Key Data<br />
>> Project name: Storage power station Murfall (Lungau)<br />
>> Technology: 2 Francisturbines with horizontal waves<br />
>> Average annual production: 3 700 MWh<br />
>> Nominal capacity: 780 kWel<br />
>> Capacity: 150 000 m³<br />
>> Gross head: 71.25 m<br />
>> Contracted <strong>water</strong> quantity: 1.44 m³/s<br />
>> Start-up: 1921<br />
>> Expansions: 1931, 1942, 1949<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Rotgülden: 4.9 MW hydropower plant<br />
>> The power plant „Rotgülden“ was built to secure the „Lungau“ power supply.<br />
The lake „Rotgüldensee“ provided the power plant with the <strong>water</strong>.<br />
>> Today the reservoir „Plölitzen“ get‘s the <strong>water</strong> supply from the river „Muhr“.<br />
Key Data<br />
>> Project name: Storage power station Rotgülden<br />
>> Technology: 1 Peltonturbine and 1 Francisturbine<br />
with horizontal waves<br />
>> Catchment area: 16.4 km²<br />
>> Average annual production: 5 700 MWh<br />
>> Nominal capacity: 4.9 MWel<br />
>> Capacity: 150 000 m³<br />
Turbine 1: Turbine 2:<br />
>> Gross head: 411.5 m 107.8 m<br />
>> Contracted <strong>water</strong> quantity: 0.83 m³/s 3.07 m³/s<br />
>> Start-up: 1921<br />
>> Expansions: 1968, 1982, 1991, 1997, 1998<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Zederhaus: 9.85 MW hydropower plant<br />
>> Ten mountain creeks provide the power plant with the required <strong>water</strong> which is stored<br />
in the beautiful reservoir „Schliereralm“.<br />
>> The reservoir „Schliereralm“ has become a popular tourist destination (biotope)<br />
and has fulfilled its purpose as flood protection in July 2002.<br />
Key Data<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> Project name: Hydropower plant Zederhaus<br />
>> Technology: Storage power station with 1 vertical Francisturbine<br />
>> Catchment area: 106.93 km²<br />
>> Average annual production: 32 000 MWh<br />
>> Nominal capacity: 9.85 MWel<br />
>> Capacity: 150 000 m³<br />
Storage Schliereralm:<br />
>> Capacity: 104 000 m³<br />
>> Embankment dam hight: 16.5 m<br />
>> Gross head: 258 m<br />
>> Contracted <strong>water</strong> quantity: 4.867 m³/s<br />
>> Start-up: 1984<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Hollersbach: 1.3 MW hydropower plant<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> The small hydropower plant Hollersbach was built in the years 1947 to 1949.<br />
>> Upon completition of the plant the entire Oberpinzgau was supplied by electricity generated<br />
by the power station “Hollersbach”and the power station "Bärenwerk" in "Fuschertal".<br />
Key Data<br />
>> Project name: Hydropower plant Hollersbach<br />
>> Technology: Storage power station with 2 Francispumpturbines<br />
>> Catchment area: 69.36 km²<br />
>> Average annual production: 7 500 MWh<br />
>> Nominal capacity: 1.3 MWel<br />
>> Capacity: 135 000 m³<br />
>> Embankment dam hight: 16.5 m<br />
>> Pond length: 580 m<br />
>> Gross head: 71.44 m<br />
>> Contracted <strong>water</strong> quantity: 2.6 m³/s<br />
>> Start-up: 1949<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Bachwinkl: 0.12 MW hydropower plant<br />
>> In spring 1905 the community of Saalfelden ordered the building of the power station.<br />
At the end of the same year, the plant was launched.<br />
>> 800 bulbs, four irons and a 10-HP- engine have been energised.<br />
>> In 1954 the power station was taken over by the “SAFE”.<br />
>> Reconstructions were made in the year 1992.<br />
Key Data<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> Project name: Diverted flow power station Bachwinkl (Saalfelden)<br />
>> Technology: 1 dual-trace Peltonturbine with horizontal spindle<br />
>> Catchment area: 3.6 km²<br />
>> Average annual production: 520 MWh<br />
>> Nominal capacity: 120 kWel<br />
>> Gross head: 116.15 m<br />
>> Contracted <strong>water</strong> quantity: 0.14 m³/s<br />
>> Start-up: 1905<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
Trattenbach: 4.97 MW hydropower plant<br />
>> The annual power output of 16.54 GWh guarantee the energy supply of approx. 4 700 customers.<br />
>> The storage base is located in 1 400 m. It is provided with <strong>water</strong> by the streams "Trattenbach"<br />
and "Tortalbach". To ecological reasons there is a by-passing-way to protect the fishes of the region.<br />
>> Hydroelectric generation set is located in the existing house of the power station "Wald".<br />
The operation started on August 17, 2005.<br />
Key Data<br />
>> Project name: Hydropower plant Trattenbach<br />
>> Technology: Storage power station<br />
with 2 dual-trace Pelton-free jet turbines<br />
>> Catchment area: 13.9 km²<br />
>> Average annual production: 16.54 GWh<br />
>> Nominal capacity: 4.97 MWel<br />
>> Cubic capacity: 5 600 m³<br />
>> Embankment dam hight: 16.5 m<br />
>> Gross head: 601.25 m<br />
>> Contracted <strong>water</strong> quantity: 1.0 m³/s<br />
>> Start-up: 2005<br />
>> Investment: € 6.9 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Gamp: 8.5 MW hydropower plant<br />
>> The power output of the plant was significant increased from approx. 25 to 53 GWh.<br />
>> The power station was taken over from “M-real Hallein” in 2004.<br />
>> The construction period was from 2005 to 2007.<br />
Key Data<br />
>> Project name: Reconstruction power station Gamp (Hallein)<br />
>> Technology: 2 horizontal Kaplan PIT-turbines<br />
>> Catchment area: 13.9 km²<br />
new plant: old plant:<br />
>> Average annual production: 53.58 GWh ca. 25 GWh<br />
>> Nominal capacity: 8.58 MWel ca. 3.70 MWel<br />
>> Contracted <strong>water</strong> quantity: 175 m³/s 84 m³/s<br />
>> Gross head: 6.52 m 6.10 m<br />
>> Total catchment area: 3 682 km²<br />
>> Nominal flow rate turbines: 160 m³/s<br />
>> 2 three-phase alternators: 6.3 kVA<br />
>> Start-up: 2007<br />
>> Investment: € 37 Million .<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Hammer: 0.1 MW hydropower plant<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> The power plant Hammer is located at the „Almmühlkanal“ below the weir „Hammer“ in Oberalm.<br />
Key Data<br />
>> Project name: Hydropower plant Hammer (Oberalm)<br />
>> Technology: 1 Francisturbine with vertical wave<br />
>> Average annual production: 650 MWh<br />
>> Nominal capacity: 105 kWel<br />
>> Contracted <strong>water</strong> quantity: 4 m³/s<br />
>> Gross head: 3.5 m<br />
>> Start-up: 1919<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Eichetmühle: 0.1 MW hydropower plant<br />
>> 1908: Replacement of the turbine and the generator, which are still in use.<br />
>> The "treasury" power plant of Salzburg AG at the "Almkanal" in the south of Salzburg.<br />
Key Data<br />
>> Project name: Hydropower plant Eichetmühle (Salzburg)<br />
>> Technology: Run-of-river power station with Francisturbine<br />
>> Average annual production: 950 MWh<br />
>> Nominal capacity: 135 kWel<br />
>> Contracted <strong>water</strong> quantity: 6.2 m³/s<br />
>> Start-up: 1901<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Rott: 5 MW hydropower plant<br />
>> Rott was built in 1950 and was the first under<strong>water</strong> power plant in Austria.<br />
>> The energy production was increased by 50 % compared to the old power plant.<br />
>> The eco-power plant at the „Saalach“ supplies about 8 500 households.<br />
Key Data<br />
>> Project name: River power plant Rott (Salzburg)<br />
>> Technology: 2 Kaplan PIT-turbines<br />
>> Catchment area: 1 145 km²<br />
>> Average annual production: 27.2 GWh<br />
>> Nominal capacity: 5 MWel<br />
>> Gross head: 10.1 m<br />
>> Contracted <strong>water</strong> quantity: 58.5 m³/s<br />
>> Start-up: 2004<br />
>> Investment: € 20 Million .<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Lehen: 13.7 MW hydropower plant<br />
bed structure<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> Due to the gradually erosion in the river "Salzach" there is a risk of slide in the bank slopes<br />
in the existing bed structure.<br />
>> The project "bed structure Lehen" would solve the problems of the river erosion<br />
and would become an additional benefit for the city of Salzburg (recreation area).<br />
>> In addition it could generate eco-friendly hydropower for about 23 000 households.<br />
Key Data<br />
>> Project name: Hydropower plant for support<br />
(run-of-river power station) Lehen (Salzburg)<br />
>> Technology: 2 horizontal Kaplan-turbines<br />
>> Average annual production: 81 GWh<br />
>> Nominal capacity: 13.7 MWel<br />
>> Gross head: 6.6 m<br />
>> Contracted <strong>water</strong> quantity: 250 m³/s<br />
>> Construction period: 2009 – 2012<br />
>> Investment: € 80 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
Lend/Dientenbach: 4.7 MW hydropower plant<br />
>> A new power plant for further decentralized security of electricity supply.<br />
>> The planned power plant will provide approx. 5 800 households.<br />
>> A construction company is planned with the "Österreichische Bundesforste AG"<br />
and "Achenkraftwerke AG".<br />
Key Data<br />
>> Project name: Run-of-river power station Dientenbach (Lend)<br />
>> Technology: 1 Pelton-turbine, 6-trace<br />
>> Average annual production: 20.5 GWh<br />
>> Nominal capacity: 4.7 MWel<br />
>> Gross head: 222 m<br />
>> Contracted <strong>water</strong> quantity: 2.5 m³/s<br />
>> Construction period: 2009 – 2010<br />
>> Investment: € 17.2 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
Salzburg Airport photovoltaic plant<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> The plant was constructed on the roofs of five hangars at the Salzburg airport.<br />
>> The produced energy is transferred via transformer station into the power grid of Salzburg AG.<br />
>> The energy meets the regulations of the Austrian "Green Electricity Act".<br />
Key Data<br />
>> Project name: Airport Salzburg photovoltaic plant<br />
>> Technology: Photovoltaic-plant contains 5 single-facilities<br />
>> Annual energy output: 233 MWh/a<br />
>> Nominal capacity: 237 kWel<br />
>> Collector area: 1 940 m³<br />
>> Start-up: 2003<br />
>> Investment: € 1.23 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
Photovoltaic plants<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> The Future Energy GmbH a subsidiary company of Salzburg AG, was founded in 2005.<br />
>> The focus of the company is to plan, build, operate and develope of renewable energy projects.<br />
>> The companies scope is Austria and middle Europe.<br />
Key Data<br />
>> Project name: Photovoltaic plants in Germany<br />
>> Technology: Photovoltaic<br />
start-up:<br />
>> Plants: Mehring 90 kWp 2004<br />
Geslau 380 kWp 2005<br />
Frankenhardt 560 kWp 2006<br />
Steinsfeld 920 kWp 2006<br />
Oberradach 490 kWp 2007<br />
>> Yearly: 2.5 GWh/a<br />
>> Power: 2.4 MWp<br />
>> Owner: Mr. Schweighofer, Mr. Wimmer,<br />
Mr. Pesendorfer, 49% Salzburg AG<br />
>> Investment: € 11.8 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
Photovoltaic plant Kirchheim<br />
facilities<br />
selected<br />
references<br />
>> For this plant 7 580 PV-modules, 38 inverter and 4.8 km power-cables were needed.<br />
>> This plant produces twice as much power as the largest plant in Austria.<br />
Key Data<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> Project name: Photovoltaic plant Kirchheim I and II (Munich/Germany)<br />
>> Technology: fixed roof-mounted photovoltaic-system<br />
>> Yearly energy generation: 1.5 GWh/a<br />
>> Power: 1.36 MWp<br />
>> Collector area: 30 000 m²<br />
>> Start-up: 2007<br />
>> Investment: € 6.3 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
Photovoltaic plant Freilassing<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> A collector area was assembled on the roof of the "Hagebaumarkt" with 1 358 modules.<br />
Key Data<br />
>> Project name: Photovoltaic plant Freilassing (Germany)<br />
>> Technology: Photovoltaic<br />
>> Yearly energy generation: 0.25 GWh/a<br />
>> Power: 0.24 MWp<br />
>> Collector area: 4 500 m²<br />
>> Start-up: 2008<br />
>> Investment: € 1 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
Pilot project fuel cell<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> First Austrian fuel cell in a residential house with17 apartments.<br />
>> Together with the partner "Salzburg Wohnbau" and "Vaillant" the pilot project was launched.<br />
>> Combined heat and power production using fuel cell.<br />
Key Data<br />
>> Project name: Pilot project fuel cell Stabauergasse, Salzburg<br />
>> Technology: Proton Exchange Membrane (PEM)<br />
>> Electrical power: 1 – 4.6 kW<br />
>> Thermal output: 3.0 – 9.1 kW<br />
>> Energy efficiency: > 23 %<br />
>> Overall efficiency: > 82 %<br />
>> Primary energy carrier: natural gas<br />
>> Running time of the project: 2 years<br />
>> Start-up: 2004<br />
>> Investment: € 0.5 Million .<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
Tauern Spa World Kaprun<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> A biogas CHP with about 600 kWel, in the energy center of the Tauern Spa World, should cover the<br />
basic heat load of the hotel and the spa and will supply green electricity to the power grid.<br />
>> The biogas will be transported in a 2 km tube from the biogas plant to the energy center.<br />
>> The heat means load and peak load is covered by natural gas-fired boilers.<br />
>> If the biogas CHP is noneconomic, a biogas boiler is used.<br />
Key Data<br />
>> Project name: Project energy supply Tauern Spa World Kaprun<br />
>> Technology: Biogas combined heat and power station (CHP)<br />
>> Electrical power: ~ 600 kW<br />
>> Thermal output: ~ 700 kW<br />
>> Energy efficiency: 38 %<br />
>> Primary energy carrier: 84 %<br />
Expected annual production CHP:<br />
>> Annual heat: 5 800 MWh/a<br />
>> Annual production CHP: 5 100 MWh/a<br />
>> Construction period: 2009-2010<br />
>> Planned start-up: 2010<br />
>> Total investment: € 0.85 Million<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
Heat extraction Tenneck<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> Heat extraction from the production process of the steel industry "Eisenwerk Sulzau-Werfen".<br />
>> Intermediate storage in a 55 m³ buffer storage.<br />
>> The purpose of this waste heat plant is on one side to provide the company "Eisenwerk<br />
Sulzau-Werfen" with heating and <strong>water</strong> heating and on the other side to supply the<br />
district heating grid of "Salzburg AG".<br />
>> Emission savings: 222 tons carbon dioxide/year<br />
Key Data<br />
>> Project name: Waste heat utilisation ironworks Tenneck (Werfen)<br />
>> Technology: Industrial waste heat utilisation<br />
for heating and <strong>water</strong> heating<br />
>> Waste heat capacity: 0-750 kW<br />
>> Average waste heat capacity: 240 kW<br />
Annual <strong>service</strong>able waste heat capacity (forecast):<br />
>> Total: 1.100 MWh/a<br />
>> Ironworks in-plant: 800 MWh/a<br />
>> District heating grid: 300 MWh/a<br />
>> Lenght of district heating grid: 160 m<br />
>> Planned start-up: 2008<br />
>> Total investment: € 0.5 Million<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
references<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
Biogas station Eugendorf and<br />
Holding GrasKraft Reitbach reg. Gen.m.b.H.<br />
Biogas station Eugendorf<br />
>> Biogas is made of grass with an energy efficiency of 93 % as used green energy,<br />
heat (district heating line) and as fuel in gas stations.<br />
>> The Salzburg AG compresses the crude biogas and clean it in a treatment plant to natural gas.<br />
>> Biogas (80 % natural gas, 20 % biogas) is available in 15 gas stations in Salzburg (ErdgasDrive)<br />
for the fuel of natural-gas vehicles.<br />
>> The distribution of biogas is made with biogas certificates.<br />
Key Data<br />
>> Project name: Gaskraft Reitbach (Eugendorf)<br />
>> Technology: Purification of biogas to natural gas quality<br />
>> Nominal capacity: 40 m³/h biogas<br />
>> Quality of biogas: like natural gas<br />
>> Use of raw materials: gras<br />
>> Start-up: 2008<br />
>> Total investment: € 0.2 Million .<br />
Holding GrasKraft Reitbach reg. Gen.m.b.H.<br />
>> The Salzburg AG makes its contribution for expertises and optimizations to purification<br />
and treatment of biogas to natural gas quality.<br />
>> The project "Bio+Erdgas" (green energy+natural gas) was awarded with the "Energy Globe<br />
Salzburg", "Energy Globe Award Austria" and with the "Austrian National Award Traffic".<br />
Key Data<br />
>> Project name: 30% holding biogas plant „GrasKraft Reitbach“ (Eugendorf)<br />
>> Technology: Purification of biogas to natural gas quality<br />
>> Nominal capacity: green energy for 220 h<br />
>> Electrical power: 130 kW<br />
>> Thermal output: 100 kW<br />
>> Use of raw materials: 45 hectare grassland<br />
>> Owner: 55 % 4 farmers, 30 % Salzburg AG, 15 % Energiewerkstatt<br />
>> Start-up: 2009<br />
contact
company<br />
competence<br />
organisation<br />
Biogas ZEMKA<br />
CV‘s<br />
references<br />
references<br />
>> Biogas generation of biowaste and sewage sludges from the region<br />
>> Biogas part-processing with regional use<br />
>> Biogas complete-processing and network supply<br />
Key Data<br />
facilities<br />
selected<br />
references<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
select. project<br />
description<br />
>> Project name: Biogas plant ZEMKA, Zell am See<br />
>> Technology: biogas generation by anaerobe fermentation<br />
biogas processing and network supply<br />
>> Supplied substrates: ~ 18 000 t/a<br />
biowaste, leftovers, grease separator, sewage sludges<br />
>> Annual waste-to-energy: ~ 12.5 GWh/a<br />
208 Nm³/h crude biogas<br />
133 Nm³/h natural gas equivalent<br />
>> Nominal capacity: 1 400 kW<br />
>> Start-up: 2011<br />
>> Business model: Joint venture<br />
>> Total investment: ~ € 6.5 Million<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
Salzburg AG IT-Summary<br />
Infracstructure:<br />
references<br />
facilities<br />
Central data processing <strong>service</strong> centre USV and NSV<br />
Back up data processing <strong>service</strong> centre Gas extinguishing system<br />
Central software applications:<br />
MS Exchange<br />
Mailserver<br />
SAP ERP incl. SRM with MDM-Catalogue<br />
Financial accounting<br />
Billing<br />
Controlling<br />
Asset accounting<br />
Buying department<br />
Materials administration<br />
Human resources administration<br />
Maintenance<br />
SAP IS-U<br />
Industry Solution for Utilities<br />
(Energieabrechnung)<br />
Server operating system:<br />
Microsoft Windows 2003<br />
Local applications:<br />
MS Outlook<br />
MS Word<br />
MS Excel<br />
MS Powerpoint<br />
MS Visio<br />
MS Project<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
SAP CRM<br />
Customer relationship management<br />
SAP BI with SEM<br />
Datawarehouse<br />
SAP MAM<br />
Mobile Asset Management<br />
SAP XI<br />
Data Exchange<br />
GE Smallworld GIS<br />
Graphic network information system<br />
(for all branches)<br />
Enermet Energy data management<br />
EDM for electricity and gas<br />
Client operating system:<br />
Microsoft Windows XP<br />
Certifications:<br />
BS20000 (ITIL)<br />
SAP CCC<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
Certificate: Occupational Health and<br />
Safety Management System<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
EMS Certificate for District Heating<br />
and Power Generation<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
Certificate: Technical Safety Systems<br />
for CNG-Filling-Stations<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
CMS Certificate for Hydro Power Generation<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
Certificate of Accreditation<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
Certificate: Safety Management System<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
Corporate Insurance<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Permit: Licence to Operate – Water Supply<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
Permit: Licence to Operate<br />
Waste Water Treatment<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
Permit: Licence to Operate Consulting<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Permit: Licence to Operate Maintenance<br />
and Constructing<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
Permit: Licence to Operate Trading<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
Certificate of Approval<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
Commercial Register Report<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
Reliability Report from Austrian Rating Agency<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
references<br />
facilities<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
company<br />
competence<br />
organisation<br />
CV‘s<br />
company name WSG Wasser Service GmbH<br />
street Bayerhamerstrasse 16<br />
zip code 5020<br />
references<br />
city Salzburg<br />
country Austria<br />
phone +43/662/8884-2202<br />
fax +43/662/8884-2205<br />
homepage www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
e-mail office@<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
bank details Raiffeisenverband Salzburg<br />
BIC: RVSAAT2S<br />
IBAN: AT743500000000076968<br />
reg. company number 0027685<br />
Landesgericht Salzburg UID: ATU53856901<br />
facilities<br />
member of chamber of commerce Austria<br />
www.<strong>water</strong><strong>service</strong><strong>group</strong>.com<br />
appendix<br />
contact
Change language