KPPK Ziviltechniker GmbH_EMAS ENVIRONMENTAL DECLARATION 2024

Emas Environmental
Declaration
2024

klimaaktiv Silber Planungsdeklaration
Auszeichnung für Engagement im Klimaschutz
Alsegger Straße 35
Alsegger Straße 35, 1180 Wien
geplant von Schorn Architektur
errichtet von Steinbauer Bau- und Immobilientreuhand GmbH
Fachplanung: KPPK Ziviltechniker GmbH (Bauphysik), CL-Haustechnik Planungs GmbH (Haustechnik)
Die Planung dieses Gebäudes erfolgte gemäß den Kriterien des klimaaktiv Gebäudestandards.
Mit 773 von 1.000 möglichen Punkten entspricht es dem österreichischen Qualitätszeichen für
nachhaltige Wohn- und Dienstleistungsgebäude
klimaaktiv Silber (Planung).
Beurteilt und bewertet wurden neben der Energieeffizienz die Standort- und
Ausführungsqualität, die Qualität der Baustoffe und Konstruktion, sowie zentrale
Aspekte zu Komfort und Gesundheit.
Programm-Management klimaaktiv Gebäude
Wien, am 9. Jänner 2023
Our contribution
Greening and improving the microclimate was a major concern for all those involved in this apartment
block – which will consist of 10 flats in the future – and was realised in an excellent way. The
use of a brine-to-water heat pump in combination with a photovoltaic system was a brilliant opportunity
to implement climate-friendly measures.
Building assessment: klimaaktiv Silver Planning Declaration
Rendering: schorn-architektur ZT GmbH
klimaaktiv building database – detail page Alsegger Straße 35 (klimaaktiv-gebaut.at)

Contents
04
Introduction
26
Environmental management system
06
Company description
28
Environmental aspects
06
• Company portrait overview
30
• Input/output data and key figures
07
• Range of services
32
• Explanation of the environmental aspects
18
• Our environmental performance
34
Environment & sustainability programme
22
• Let‘s work together
38
Validation
25
Environmental policy
The environmental declaration is based on the data as of 31.12.2023. The data is evaluated and updated annually.
Contents . 3

Introduction
ACTING TOGETHER IN AN ENVIRONMENTALLY CONSCIOUS AND SUSTAINABLE MANNER
Environmentally conscious behaviour is a central component of our
corporate philosophy. From this point of view, we at KPPK Ziviltechniker
GmbH take holistic responsibility for realising all our operational
processes and challenges in terms of environmental and climate
protection. Our declared corporate goal is to ensure the continuous
improvement of our operational environmental protection in all areas
surrounding us. In doing so, we want to proactively contribute to
a sustainable and climate-neutral future for our company, our industry
and our society.
In 2020, we introduced the voluntary environmental management
system EMAS (Eco-Management and Audit Scheme) in order to continuously
align our company with the path of sustainability and climate
neutrality in all areas. In recent years, we have already reached
important milestones and achieved numerous successes. As civil
engineers, we support the path to a positive climate future, for example
in the area of construction and renovation, and thus also the
Austrian federal government‘s goal of „Climate Neutrality by 2040“.
We are committed to environmentally conscious behaviour in all our
areas of activity and maintain an open dialogue with our stakeholders.
A transparent and efficient environmental management system
supports all our activities in order to reduce environmental impact,
save resources and continuously improve.
A key component of this programme for us is the continuous involvement
of our employees in the development and implementation of
all relevant projects that we realise as part of the environmental
management system. Targeted further education and training programmes
not only provide our employees with the necessary qualifications,
but above all give them the opportunity to actively participate
in the continuous improvement process within the company.
This increases the motivation to actively shape sustainability in our
company and also promotes awareness of the need for greater environmental
and climate protection. Our company and our employees
should thus become multipliers for the important topics of sustainability
and climate neutrality in society.
4 . Introduction

COMPANY PORTRAIT OVERVIEW
KPPK ZIVILTECHNIKER GMBH - LET‘S BUILD TOGETHER
Founded in 2005, KPPK Ziviltechniker GmbH has developed from a civil engineering office
run as a sole proprietorship called „Klaus Petraschka Planung & Konstruktion“ into a
company with more than 30 employees. However, KPPK stands above all for four values
that distinguish us as a company:
Company wording
KPPK Ziviltechniker GmbH
Foundation
2005
Activity
Civil Engineering Office for
Civil Engineering
know-how
pROFESSIONALISM
perfeCtion
kREATIVITY
We realise all facets of planning, designing and building.
We are a centre of competence for a wide range of tasks.
We act flexibly - but always with the optimal solution in mind.
We rely on innovative ideas instead of patent remedies.
NACE code
7112
EAC code
34
In cooperation with builders, architects and specialist engineers, we design all planning
and inspection processes in the construction industry. We offer all the services required
to implement building projects as simply and efficiently as possible. Time and again, we
break new ground and push the boundaries of what is possible. We integrate our clients
as partners from the very beginning - because this is the only way to create good buildings.
6 . COMPANY PORTRAIT

RANGE OF SERVICES
STRUCTURAL PLANNING
We develop structural solutions from the structural design with drawing
representation, from approval to completion. Due to the increasingly
complex load-bearing structures as well as the use-related
adaptation of ground plan and geometry, it is indispensable to generate
exact three-dimensional static models for the analysis of the
force flow and deformations of load-bearing structures. The consideration
of a holistic system in connection with the different disciplines
is a daily must for the processing of our projects. This allows us to
constantly monitor all parameters in order to design an efficient and
economical structure.
WU Vienna
Our contribution
Structural planning
Planning: BUSArchitecture ZT GmbH
Photo: Nikolai Krinner

YUS Salzburg
Our contribution
Structural planning | Building physics
Site coordination
Building assessment:
klimaaktiv Gold (renovation in listed buildings),
klimaaktiv Silver (new building)
State Prize for Architecture and Sustainability 2019
Architecture: Franz und Sue ZT GmbH
Photo: Lukas Schaller

CONSTRUCTION PHYSICS
Energy-efficient buildings are a must nowadays. We offer competent
support in the specialist areas of heat, sound and moisture protection.
We plan and optimise our buildings in an interdisciplinary team
of energy technicians, building physicists and building services engineers.
An energy performance certificate is used to assess the thermal
quality of a building and can be used to optimise the thermal
envelope accurately and in a targeted manner, thus improving the
economic efficiency of buildings. With thermodynamic simulation,
we can map solar inputs and the storage capacity of the building,
avoid oversized and inefficient systems for heating and cooling, and
thus optimise buildings.
BUILDING TECHNOLOGY
The engineering discipline of building technology influences the
disciplines of structural design, building physics and fire protection.
Therefore, the focal points of cooling - ventilation - heating are considered
by us in an overarching manner and dealt with in a timely
manner. With tailor-made energy and climate concepts, we can respond
individually to the most diverse requirements. The sustainable
and economical use of renewable energy such as solar energy,
solar thermal energy and geothermal energy is a central theme here.
Modern, sustainable technologies such as controlled ventilation and
air extraction are part of a comprehensive solution. Perfect air quality
and a pleasant, constant indoor climate are not only important prerequisites
for general well-being, but also for the required increased
air exchange in the context of the Covid 19 pandemic.
FIRE PROTECTION PLANNING
In fire protection planning, we attach the greatest importance to
the best possible selection of measures that meet all fire protection
requirements. Various regulations and laws of the individual federal
states, special requirements of the approving authorities and
specifications of special experts involved must be integrated into
the planning. Through careful and consistent planning, necessary
measures are implemented, but expensive and uneconomical ones
are avoided.
RANGE OF SERVICES . 9

WHA Leopoldau
CONSTRUCTION COORDINATION
We take over the legal duties of the builder, taking into account the
general principles of hazard prevention, and appoint a planning and
construction site coordinator.
Construction site coordination regulates and supports safety on the
construction site. It coordinates the professionals and their staff working
on the construction site, especially when work is being -carried out
at the same time.
PRÜFINGENIEUR
The inspection engineer according to the Vienna Building Code is prescribed
by the building police in the building decision to the building
applicant as a controlling authority. The inspection engineer is responsible
for compliance with the building regulations (OIB guidelines and
Vienna Building Code) together with the building manager. The responsibility
of the inspection engineer according to the Vienna Building
Code is regulated by § 125, 127 and 128 of the Vienna Building Code.
With the notification of completion, the inspection engineer confirms
the construction of the building in accordance with the submission plan
(possibly the following replacement plans) and compliance with the
Vienna Building Code and is also liable in the event of non-compliance.
10 . RANGE OF SERVICES
Our contribution
Structural planning | Building technology
Site coordination | Inspection engineer
Architecture: feld72 architekten zt GmbH
Photo: Hertha Hurnaus

BIM - BUILDING INFORMATION MODELLING
Thanks to interdisciplinary internal processing (statics, building physics,
building technology) and the latest software, we are able to offer
fully integrated planning. Since the beginning, we have been working
on our projects in virtual three-dimensional space in order to be
able to map all boundary conditions of the future building.
are taken into account from the outset, BIM leads to highly efficient
planning management and to a valuable and comprehensive database
for the subsequent processing in facility management.
Thanks to the development of the data exchange format IFC (industry
foundation classes) and the programming implementation in our
software, all component-specific data can now be
implemented from one software to the next and
back again without loss and with little manipulation.
If certain principles of model creation
RANGE OF SERVICES . 11

Danube Tower
CONSTRUCTION MANAGEMENT
The aim of construction management is to complete a construction project
in such a way that the agreed deadlines, costs and qualities are met.
Tendering: Construction management serves as a link between planning
and execution and defines and executes the contractual basis for
the client and the contractor.
Awarding: We distinguish construction management from project management
and accompanying control.
REAL ESTATE VALUATION
In a property valuation, the respective market value is determined on
a specific date. The purpose of a property valuation can be very different.
A property valuation is required in the course of a sale, for estates,
to determine insurance values and as collateral for loans. During the
inspection of the property (house, land), all relevant facts are recorded
and documented and flow into the valuation of the expert opinion.
Our contribution to renovation
Structural planning | Building physics
Fire protection planning
Inspection engineer | Building book
Architecture: Eichinger Offices
Photo: Daniel Hinterramskogler

WE ARE WORKING TOGETHER ON OUR CLIMATE FUTURE
As civil engineers in civil engineering, we actively support our clients
in the field of construction and refurbishment on their way to
a positive climate future. Our aim is to develop and realise efficient
solutions for active climate protection. The ecological and economical
use of renewable energies in particular – such as solar energy,
air heating or geothermal energy – is a key issue for us here. Supplemented
by a CO 2 balance over the entire life cycle of buildings, we
are able to plan and realise climate-positive buildings.
In order to be able to guarantee this to the highest standard, we train
our employees to become klimaaktiv competence partners, among
other things. This ensures that we act in accordance with the efficient
klimaaktiv standards and guidelines in our company and can
implement requirements in terms of energy efficiency and renewable
energy technologies in the best possible way. Through training and
further education, our employees keep their expertise in all areas of
the construction industry up to date in order to meet the klimaaktiv
quality standards. In 2023, three employees were again trained in
the klimaaktiv standards. We currently employ eight klimaaktiv competence
partners.
Range of services . 13

R.O.S.E.® - CALCULATING THE IMPACT OF SUSTAINABLE ENERGY GENERATION
R.O.S.E.® is an innovative calculation tool from KPPK Ziviltechniker
GmbH, which compares alternative energy sources with conventional
fossil fuels and can therefore determine the exact amortisation period
at the start of a construction project based on the present value
method. Additional subsidies, energy price trends and interest rate
trends are also taken into account in order to be able to make longterm
statements about the energy costs of the respective construction
project. An additional feature allows the CO 2 savings to be displayed
as a percentage on the basis of characteristic values and priced in for
the future. In addition, many individual adjustments can be made to
the parameters, such as a solar thermal and PV system, with or without
battery storage, the estimation of the cooling load and the assumption
of a cooling system.
In 2023, the calculation methods in R.O.S.E.® were revised and optimised.
Due to countless and permanent changes to the stored input
values - such as the product and energy prices or the corresponding
CO 2 equivalents - revisions to the calculation system were repeatedly
necessary. These important changes in the background now ensure
smooth project processing again. While the level of detail of our calculations
continues to increase, we are also making sure that the input
and usability of R.O.S.E.® is as user-friendly as possible. Additions and
adjustments are already planned for 2024 that will further enhance the
performance of R.O.S.E.® .
14 . Range of services

The figure above shows a typical R.O.S.E.® amortisation chart. In this
example, the energy supply of a detached house is shown. The use of
gas as an energy source is compared with the values of air-to-water or
brine-to-water heat pumps. The importance of a photovoltaic system
with battery storage is also taken into account. It can be seen that the
increased investment costs of heat pumps can be amortised after just
seven or nine years and that the recommended renewable combinations
are the most sustainable and cost-effective after 20 years.
The graphical representations in R.O.S.E.® generally allow all energy
systems and amortisation times to be described very precisely. This
makes it possible to determine very quickly, especially at the beginning
of the planning phase, how quickly an alternative energy system
will pay for itself.
By the end of 2023, 79 projects had been completed with R.O.S.E.®,
impressively demonstrating the benefits of using renewable energy
sources.
Range of services . 15

-143 t CO 2
HAUPTPLATZ EBREICHSDORF
Facts
Building complex in the village centre
(flats + restaurants)
Heating load
~130 kW
Amortisation chart
Basic system
configuration
CO 2 equivalent
after 20 years
– Air-water with PV 1,736.46 t
Comparison system
configuration
CO 2 reduction
(absolute)
CO 2 reduction
(in %)
– Air-water
without PV
-142.87 t -8.23 %
– Pellets without PV 88.91 t 5.12 %
– Pellets with PV 231.78 t 13.35 %
CO 2
reduction
~ 143 t CO 2 savings with a PV system
compared to an air-heating pump without
PV
~ 232 t CO 2 savings with pellet heating
with PV compared to LWP with PV
(however, no transport emissions taken
into account)

HAUPTPLATZ EBREICHSDORF
The „Hauptplatz Ebreichsdorf“ project is a building complex in the village
centre of the Lower Austrian municipality of Ebreichsdorf. There
are 34 residential units on the upper floor of the building, commercial
spaces on the ground floor and various storage and technical rooms
in the basement. A heating load calculation results in an output of ~130
kW to be installed. The total electricity requirement of the building was
estimated at 330,000 kWh/a.
Different estimates for the heat and electricity supply were calculated
based on the geographical conditions. All the parameters mentioned
were calculated and evaluated in an R.O.S.E.® analysis. After weighing
up the advantages and disadvantages of various options, an air-heating
pump in combination with photovoltaics was selected as the most
suitable energy system.
Range of services . 17
Renderings: Arch. DI Ernst Unterluggauer

OUR ENVIRONMENTAL PERFORMANCE
Location from 2021 - 2023
As a responsible civil engineering company, we are constantly endeavouring
to reduce the footprint of our company location. As part of
the move to our new office premises (Gumpendorfer Straße 132, 1060
Vienna) at the beginning of 2021, numerous modernisation measures
were already implemented, such as partial conversion to LED and other
various conversions for modern and future-oriented work. A new
air conditioning system was put into operation in May 2022 to reduce
electricity consumption and increase the efficiency of the cooling capacity.
Together with „we are plants“, we were able to realise the “eine
Kräuteroase” (herbal oasis) project for the office. Since spring 2022, the
innovative canteen Schrankerl GmbH has been providing our employees
with culinary delights from the regional economy.
Focus on clean energy
Numerous projects as part of our environmental management have already
been developing over several years. – In 2023, our focus was
on the area of energy, where we were able to optimise our energy
consumption and our sustainable energy supply in particular. The total
energy consumption (electricity, heat, transport) was reduced by a
quarter in 2023.
KPPK Büro © Foto: Barbara Wirl

50 percent heating energy saved
The success of our energy-saving measures is particularly visible using
the example of reducing the heat energy we require at our site. Compared
to the previous year, heating energy consumption was halved in
2023. To achieve this, the existing heating system in the rented property
was equipped with a weather-guided external control system and
two internal room thermostats with heating control. The interaction between
the indoor and outdoor temperature sensors and the heating
control system enables optimum, smooth adjustment of the flow temperature
and guarantees efficient heat output from the radiators. The
intelligent control system has enabled us to save around 50% energy,
without any loss of cosiness. The new control system also prevents
unnecessary heat loss from radiators that were forgotten to switch off
overnight or on the weekend, for example. Our heating system also
enables controlled and even switching on and off, which avoids sharp
temperature drops and costly reheating.
Switch to green electricity
15 December 2022 was the big day of our switch to a 100% green
electricity mix from our electricity supplier Wien Energie. This
means that we have been working with 100% green electricity
from our energy supplier Wien Energie for the entire year
of 2023 and will continue to do so in the future. The share of
renewable energy sources in our company‘s total energy
consumption has thus been increased by 80%.
Jahreskarte
Jahreskarte
Jahreskarte
Job and climate ticket, public transport and active mobility
The central location of our office provides excellent public transport
connections. The two underground stations Gumpendorfer Straße and
Margaretengürtel on the U6 and U4 lines are just a few minutes‘ walk
away. In order to further promote the active use of public transport,
every employee now gets a job ticket for the use of public transport
after the first year of employment. Bicycle parking spaces are available
for employees in the courtyard area to encourage the use of bicycles.
There are also two e-bikes that can be used for rides in Vienna.
Our environmental performance . 19

2.46 kg
CO 2
have been saved
since switching to
glass bottles in 2023
Regional catering for our employees
Since spring 2022, Schrankerl
GmbH, an innovative canteen, has
been providing our employees with
culinary delicacies, primarily from
regional suppliers. The office catering
is delivered automatically by
the friendly „Schrankerl“ employees
in a very uncomplicated way.
Smart Fridge technology enables
effective planning of how many
products are needed on average.
The recycling system for the food
containers – new, high-quality plastic
packaging is produced from the
used plastic containers – can save
up to 60% packaging waste (information
according to the provider).
In this way, plastic is not treated as
waste, but as a valuable resource.
Disposing of waste separately
The topic of waste separation was another focus of our environmental
management activities this year, which also raised awareness
of waste separation. We conscientiously
separate paper, glass, plastic and metal
in our offices. Organic waste is disposed
of in the nearest organic waste bin. By
dispensing with beverage cartons in
purchasing and using reusable glass
bottles for milk, we have been able
to save a total of 3.6 kilograms of
waste and around 2.5 kilograms of
CO 2 equivalent since the switch
in mid-2023.
Our employees collected six old
company mobile phones for the
„Ö3 Wundertüte“ (Ö3 miracle
bag) campaign. We also support
the „Recycling4smile“ campaign
organised by ROTE NASEN
Clowndoctors by disposing of
our old printer cartridges.

Footpaths
Cycle paths
Millergasse
U6
Mariahilfer Gürtel
Wallgasse
Mittelgasse
Liniengasse
Gumpendorfer Str. 132
Sonnenuhrgasse
GUMPENDORFER STR.
Gumpendorfer Str.
Hornbostelgasse
Electrically mobile
In 2023, the entire KPPK fleet was converted
from three diesel cars to three electric
and one hybrid vehicle during the course
of the year. As a result, diesel consumption
was reduced by almost 19% in 2023.
Instead, we now charge our electric cars
with green electricity from our own charging
points.
Wallgasse
Eisvogelgasse
Mollardgasse
Gumpendorfer Gürtel
A Ford Galaxy (mild hybrid) was also added
to the fleet to make it easier to cover longer
distances. It runs on petrol.
U4
MARGARETENGÜRTEL

Let‘s work together
A key component of our activities as part of the environmental management
system is our agenda as a responsible employer for our 39
employees. Our overriding principle is to organise our company as
a place of mindful and respectful cooperation and to fulfil our duties
with regard to sustainability and social responsibility for our employees.
It is also very important to us that our employees support and
contribute to the implementation of our environmental measures. Together
with our employees, we want to make a positive contribution
to environmental protection and sustainability.
In 2022, we decided to launch a systematic process for workplace
health promotion in cooperation with and with the support of österreichische
Gesundheitskasse (ÖGK, Austrian Health Insurance
Fund). With the support of occupational psychologist Birgit Kriener,
measures to improve work organisation were developed following
a survey with all employees in order to further strengthen well-being
in everyday working life. From the range of measures offered by
ÖGK, we decided to focus on back health and exercise in 2023. We
implemented these with the support of the ASKÖ WAT Wien team
and together with sports educator and occupational health expert Dr
Hannes Pratscher.
Management
Klaus Petraschka
Ralf Staadt
Total full-time and part-time employees
as of 31 December 2023
39
Projects per year
approx. 300
Environmental team
Sylvia Kohlmaier, Elisabeth
Einhorn, Christian Lackner
22 . Arbeiten wir gemeinsam

in everyday office life. Practical exercises around the desk – based
on individual workplace analyses – were used to tackle the causes
of specific back problems. Stretching, strengthening and mobility exercises
as well as tips on avoiding incorrect strain, such as sitting and
standing in a way that is easy on the back or behaviour in front of a
computer screen and much more, illustrated to all employees the importance
of movement in everyday life and at work. With a lot of joy
and fun in movement, the introduction to a “moving” working day in
the offices of KPPK was thus promoted.
Working together for health and success
Under the motto “Together for health and success”, we have chosen
the topic of Exercise from the range of measures offered by Österreichische
Gesundheitskasse (ÖGK) for workplace health promotion
(BGF). Supported by the ASKÖ WAT team, the following Fit-Check
tests are carried out:
• Back Check according to Dr Wolff® : for measuring the strength of
different muscle groups
• Medi Mouse: to record the shape and mobility of the spine
• Manual muscle function test: provides information about muscular
imbalances
We are delighted to have been awarded the BGF seal of approval
in 2023 and to be included in the Austrian Network for Workplace
Health Promotion: another milestone that reinforces our efforts to
promote healthy cooperation at eye level.
KPPK pension scheme
We are particularly proud of our pension scheme for employees – a
voluntary additional benefit that is not a matter of course for companies
of our size. After two years with the company, it serves as a basic
provision including an additional basic provision of 2% of the annual
gross salary and one-time additional contributions, depending on the
success of the company. Regardless of whether one leaves the company
later, the pension provision remains in place. KPPK Ziviltechniker
GmbH has already paid over 280,000 euros in contributions into its
employees’ supplementary pension schemes by 2023.
The analysed data serves as the basis for targeted training programmes
for the KPPK team.
Back Fit
Dr Hannes Pratscher introduced our team to the topic of “healthy
backs” and provided useful tips and tricks for spine-friendly behaviour

15 . Umweltphilosophie

Environmental policy
ENVIRONMENTAL AND SUSTAINABILITY POLICY
In the daily cooperation with builders, architects and specialist engineers,
KPPK Ziviltechniker GmbH is not only responsible for the creative
process of planning and building. As a centre of competence for
our clients, we create efficient solutions for active climate protection
with our well-positioned team from the very beginning of the project.
The aim of our sustainability policy is to raise ecological awareness in
the building process and to create a balance between the use and regeneration
of resources. In doing so, we do our best to define the processing
of each project together with our clients in this sense, without
neglecting the demand for feasibility – all this in an interdisciplinary
cooperation between our service areas of structural design, building
physics, fire protection, building technology planning and construction
management.
With customised energy and climate concepts, we can respond individually
to the most diverse utilisation requirements and local conditions.
The ecological and economic use of renewable energy is a particularly
important issue. We are increasingly focussing on the overall carbon
footprint of a building and want to integrate this into our planning tasks
with a specially programmed tool. We are also committed to a continuous
improvement process in our own company with regard to environmental
performance. We design internal processes in an environment-
and climate-friendly way and continuously reduce waste production.
All measures in the company are implemented jointly, as it is important
to us to involve all employees. The sustainable procurement of all operating
resources takes environmental criteria into account. The aim
is to use as many recycled and recyclable products as possible in order
to strive for a circular economy. With the introduced environmental
management system according to EMAS (EMAS = Eco-Management
and Audit Scheme) and regular audits, we can also guarantee a continuous
improvement process.
Relevant environmental laws and regulations are continuously collected,
documented and complied with. Through regular training and information
in the area of environmental and employee protection, we
ensure that our environmental processes meet the objectives and are
always adapted to the latest findings. By publishing our environmental
declaration, we want to inform employees, clients, suppliers and other
interested parties about our environmental performance, goals and
the successes we have achieved as a result.
Vienna, 22.04.2024
DI Dr. Klaus Petraschka
Managing Director
DI Ralf Staadt, MLS
Managing Director
Environmental policy . 25

Environmental management system
The environmental team at KPPK Ziviltechniker GmbH, led by Sylvia
Kohlmaier - advised and supported in all environmental matters
by Elisabeth Einhorn and Christian Lackner - was tasked with implementing
the environmental management system according to
EMAS in compliance with the law and standards.
This provides us with a set of rules, with which our environmental
performance can be further improved and controlled accordingly.
This ensures the implementation of the environmental policy, the
environmental goals and the environmental and sustainability programme
of KPPK Ziviltechniker GmbH at all relevant levels. The
structure and documentation comply with the requirements of the
EMAS Regulation. The detailed implementation regulations are laid
down in the form of practicable procedures and work instructions.
As part of management reviews, the management regularly reviews
the effectiveness, adequacy and performance of the environmental
management system and, together with the environmental team
and team leaders, determines the necessary measures for continuous
improvement as well as the implementation of the environmental
goals.
Legal requirements and compliance management
Our internal processes are subject to significant legal obligations
in the areas of environmental protection, waste management and
employee protection, among others. For the implementation of our
services, there are also significant legal obligations, for example
in the areas of consumer protection, codes of conduct, Austrian
standards, building regulations and definitions in accordance with
current technical and scientific knowledge.
With the support of Kanzian Engineering & Consulting GmbH, a
separate legal register was created and all relevant regulations at
EU, federal and state level were recorded. The relevant laws and
regulations and the resulting tasks in the legal register are updated
twice a year as part of a periodic legal update.
The legal register makes it possible to assess compliance with legal
provisions. Compliance with the individual regulations is monitored
and recorded by the responsible employees. Corresponding notes
on the status of the obligations are kept in the legal register. In the
course of this, it is also determined, how often and when follow-up
assessments are to take place. A risk-based approach is followed –
critical regulations are to be evaluated more frequently. In addition,
26 . Environmental management system

compliance with legal regulations is checked as part of the internal
audit and the site inspection.
If deviations from the legally compliant status are detected, corrective
measures are initiated immediately and verifiably and, their
effectiveness is checked after completion. The members of the environmental
team implement the legal measures applicable to their
area of responsibility or forward them to the respective persons
authorised to act and monitor their implementation.
An overall assessment of legal compliance is carried out in the management
review. In the annual external monitoring audit by the
environmental verifier, the procedures for compliance with the binding
obligations are checked for their effectiveness, completeness
and implementation.

Environmental aspects
Our aim is to minimise negative environmental impacts and increase
positive ones. To this end, we have identified and evaluated all environmental
aspects of our services, activities and the operation of our
office location that cause these environmental impacts.
To this end, we have developed an evaluation matrix and assessed the
individual environmental aspects in the environmental team based on
the following factors:
• Intensity: extent, number, frequency and reversibility of the environmental
aspect or the resulting impacts
• Harm (benefit): potential harm (or potential benefit) to the environment,
taking into account the state of the environment
• Environmental law: existence of relevant environmental regulations
and their requirements
• Importance for stakeholders, including employees
The improvement potential assesses the potential for a possible improvement
in the environmental aspect, irrespective of the financial
or time expenditure required for this.
An overall rating for each environmental aspect was determined from
the individual assessment factors.
This priority number was used to determine the significant environmental
aspects that are the focus of our environmental management
system:
• Energy consumption
• Material consumption and IT requirements
• Waste
• Greenhouse gas emissions
The main activities that have these environmental aspects are
• the office operation,
• the business trips and
• the way our employees get to work.
When considering environmental aspects, we also take into account
those that arise in upstream and downstream processes, such as the
production of the materials and equipment we need, energy generation
or waste recycling and disposal. The central tool for this is our
sustainable procurement. Here, we define corresponding environmental
criteria for products and suppliers.
28 . Environmental aspects

INPUT/OUTPUT DATA AND KEY FIGURES
The key figures are based on the EMAS performance indicators.
OFFICE DATA 2021 2022 2023 EINHEIT CHANGE 2022/2023 IN %
Number of employees 37 40 39 - -3%
Usable office space 907 m 2 /
Usable office space per employee 25 23 23 m 2 /MA 3%
INPUT 2021 2022 2023 EINHEIT CHANGE 2022/2023 IN %
ENERGY CONSUMPTION
Electricity 37,899 34,327 33,119 kWh -4%
District heating 43,325 * 58,829 ** 29,723 ** kWh -49%
Total office energy consumption 81,224 * 93,156 ** 62,842 ** kWh -33%
Total use of renewable energy for electricity and heat 35,383 * 31,111 ** 37,771 ** kWh 21%
Share of renewable energy in the total energy consumption for electricity and heat 44% * 33% ** 60% ** % 80%
BUSINESS TRIPS
Diesel company cars 24,146 19,970 11,489 kWh -42%
Electric company cars
Acquired in
2022
180 3,918 kWh No comparison makes sense
Petrol company cars Acquired in 2023 6,741 kWh No comparison possible
Private vehicle for commuting to work
Evaluated
from 2022
1,713 2,487 kWh 45%
Rail travel for commuting to work 5,654 3,486 634 kWh -82%
Energy consumption for business trips 29,800,0 25,349,6 25,269,1 kWh -0,3%
Total energy consumption (electricity, heat, transport) 111,024 * 118,506 ** 88,111 ** kWh -26%
Total energy consumption (electricity, heat, transport) per employee 3,001 * 2,963 ** 2,259 ** kWh / MA -24%
MATERIAL CONSUMPTION
Printer paper 377 426 252 kg -41%
Printer cartridges and toner 21.3 24.3 3.1 kg -87%
Material consumption per employee 10.8 11.3 6.5 kg / MA -42%
WATER CONSUMPTION
Water requirement 325 349 337 m3 -3%
* District heating was only billed for 9 months due to the billing period of Wien Energie 2021 and the relocation of KPPK (end of 2020); i.e. the figures are comparable
with 2022 and 2023 only to a limited extent.
** The district heating consumption corresponds to the heating period (autumn to summer of the following year) based on the billing and not the calendar year.

OUTPUT 2021 2022 2023 EINHEIT CHANGE 2022/2023 IN %
PRODUCTS/SERVICES
Sales revenue 3,1 3,5 3,9 million € 11%
WASTE
Waste similar to household waste
929 822 kg -12%
Not quantified
Used materials (used glass, metal, plastics, biogenic waste) 1,147 1,359 kg 18%
Hazardous waste *** 21,3 25 41 kg 64%
Total waste
2,101 2,221 kg 6%
Not quantified
Total waste per employee 53 57 kg / MA 8%
GREENHOUSE GAS EMISSIONS 1
Office power consumption 7.995 6,934 305 kg CO 2
equivalent -96%
Office district heating consumption 8.665 * 11,236 ** 5,350 ** kg CO 2
equivalent -52%
Diesel company cars 8.717 7,210 4,307 kg CO 2
equivalent -40%
Electric company cars
Acquired in
2022
36 319 kg CO 2
equivalent No comparison makes sense
Petrol company car Acquired in 2023 2,205 kg CO 2
equivalent No comparison possible
Private car for commuting to work
Evaluated
from 2022
612 948 kg CO 2
equivalent 55%
Rail travel for commuting to work 38 24 4 kg CO 2
equivalent -82%
Total greenhouse gas emissions 25.415 * 26,052 ** 13,438 ** kg CO 2
equivalent -48%
Total emissions per employee 687 * 651 ** 345 ** kg CO 2
equivalent -47%
AIR POLLUTANTS (SO2, NOX, PM) 1
Air pollutants caused in kg (SO 2 , NO X , PM) 58 * 56 ** 55 ** kg -3%
Air pollutants (SO 2 , NO X , PM) in kg per employee 1.6 * 1.4 ** 1.4 ** kg / MA -1%
* District heating was only billed for 9 months due to the billing period of Wien Energie 2021 and the relocation of KPPK (end of 2020); i.e. the figures are comparable with 2022 and 2023 only to a limited extent.
** The district heating consumption corresponds to the heating period (autumn to summer of the following year) based on the billing and not the calendar year.
*** Hazardous waste per employee is not shown as it is not very meaningful due to strongly fluctuating annual quantities.
Sources:
1
Greenhouse gas emissions: https://secure.umweltbundesamt.at/co2mon/co2mon.html [accessed on 16.04.2024]
Umweltaspekte . 31

EXPLANATION OF THE ENVIRONMENTAL ASPECTS AND DATA
In 2023, management was included in the number of employees for the first time.
For this reason, two more people will be considered.
ENERGY
Electricity consumption for office operations fell by 3.5% from 2022 to 2023. However, the electricity
consumption for electric vehicles, which is shown separately, will be added to this from 2023. This
brings total consumption to around 37,000 kWh. An electricity meter for the air conditioning system
was installed at the end of September 2022, allowing us to monitor its consumption in a targeted
manner. In 2023, 1,203 kWh of electricity was consumed by the air conditioning system.
We were very successful in reducing district heating consumption, which was halved from 2022
to 2023. The reason for this is that a weather-based control system was installed in 2022 and all
radiators are now controlled centrally. Losses due to radiators that were forgotten to switch off
overnight or on the weekend, for example, can now be avoided. The control system also enables
controlled, even switching on and off, which means, among other things, that there are no losses
due to the temperature dropping too low and then a relatively large amount of energy being used
to heat it up again.
Overall, the total energy consumption for office operations was reduced by almost a third; together
with business trips, the energy saving amounts to 26%.
When comparing the district heating data, it should be noted that due to the office relocation, the
consumption data for 2021 only covers 9 months and is therefore not comparable with 2022 and
2023.
The share of renewable energy for electricity and heating increased significantly in 2023. The main
reasons for this are the switch to a 100% green electricity mix from Wien Energie at the start of
2023, the halving of district heating consumption and the switch to electric vehicles charged with
green electricity. In addition, Wien Energie‘s latest calculation now also shows the renewable share
of district heating for the first time, which was taken into account in the data for 2023. Overall, the
share of renewable energy sources in the total energy consumption for offices and business trips
was increased from 33% to 60%.
Electricity energy mix: 100% renewable Wien Energie
2023: Mix of district heating primary energy sources
Hydropower 78 %
Wind power 12 %
Other renewables 10 %
Total renewable 100 %
Renewable energy 16 %
Waste heat and cooling 19 %
High-efficiency CHP
plants with fossil energy 58 %
Fossil energy 7 %
Total 100 %
Data source: Wien Energie
32 . ENVIRONMENTAL ASPECTS

FLEET AND BUSINESS TRIPS
Diesel consumption fell by around 43% in 2023, as the three diesel company cars were
removed from the fleet by the end of 2023. Instead, three electric cars were purchased, whose
electricity consumption will appear for the first time in 2023. In addition, a mild hybrid Ford
Galaxy, which runs on petrol, was purchased in 2023. Overall, the energy consumption for our
vehicle fleet has increased by 11% compared to 2022.
In 2022, the number of kilometres travelled on business trips in private cars was recorded for
the first time and used to calculate the energy consumption. This increased by 45% in 2023. The
reason for this is unclear. Documented rail journeys have fallen sharply. As many employees
already have a job and climate ticket, individual journeys are no longer documented.
To summarise, total energy consumption for business trips has remained the same.
WATER NEED
As we do not have our own water meter, water consumption is calculated from average
literature values per employee. A key figure per employee is therefore not meaningful. Overall,
water consumption is limited to sanitary facilities and the coffee kitchen.
MATERIAL CONSUMPTION
Overall, our need for consumables is low. In 2023, a saving of 41% was achieved on printer
paper. However, it should be noted that the annual figures, purchase quantities and not
consumption quantities are therefore blurred. Only paper with environmental labels is used
(Blue Engel, green range, EU Ecolabel, FSC).
WASTE
In 2022, the amount of waste in the office was measured and documented by the cleaning
company for the first time. The amount of non-hazardous waste increased slightly by 5% in
2023. Better education of employees has improved waste separation and the proportion of
separately collected waste materials has increased by 18%.
Hazardous waste in 2023 consisted of printer cartridges and batteries as well as three
disposed mobile phones and four PCs. The figures fluctuate greatly due to the small quantities
involved.
GREENHOUSE GAS EMISSIONS
The greenhouse gas emissions from our energy consumption were calculated using the
Federal Environment Agency’s GHG calculator. This also takes into account Scope 3 emissions
from upstream energy generation processes.
By switching to green electricity, 95% of emissions could be saved. Emissions were reduced
by 52% through savings in heat consumption. In the vehicle fleet, emissions have decreased
slightly due to changes in vehicles. The sharp increase in private journeys has led to higher
emissions here, although their share is only 7%.
The air conditioning system uses R410a, no refrigerants have been refilled since we moved in
and therefore no GHG emissions have been recognised.
To summarise, the GHG emissions were reduced by 48%.
Cleaning in the office is carried out by an external company. Only environmentally labelled
cleaning agents (e.g. EU Ecolabel; eco-label) are used. The quantities used are currently not
recorded.
A further decrease can be observed in the consumption of printer cartridges. However, here
too the purchase quantities and not the actual consumption quantities are recorded. The
quantity here has fallen by 87% and indicates a high stock level from the previous year.
ENVIRONMENTAL ASPECTS . 33

Environment & sustainability programme
The goals and measures in this environmental programme are intended
to ensure that our company continues to move steadily towards
sustainability and climate protection. Within the framework of
the annual audit, the management review and the economic development,
our programme is evaluated and, if necessary, adapted and
expanded.
R.O.S.E.® Upgrades
Important enhancements for our R.O.S.E. tool® are planned for 2024.
Possible combinations of different thermal energy systems are to be
included in the programme. In addition, the option of a 100% photovoltaic
calculation is to be integrated, in line with the question: How
quickly will a photovoltaic system amortise compared to the electricity
I need from the grid?
REACT® => Reduction Analysis Carbon Tool – Programming Progressive
Web Application
The Reduction Analysis Carbon Tool (REACT® for short) is an instrument
for the assessment and reduction of CO 2 emissions in the construction
industry, which aims to record the total CO 2 emissions of a
building over its life cycle. The tool was developed in collaboration
with external companies and will subsequently be programmed as a
progressive web application.
Why REACT ? ®
The need for REACT® arises from the urgency of the climate crisis:
it is literally 5 past 12. We as a society and as a company have a responsibility
to actively contribute to reducing CO 2 emissions. It is not
enough to wait for legal regulations. Planners need tools that help
them make quick and efficient decisions with clients. Within our company,
it is important to us to be well informed and to react in good
time. We don’t just want to react, we also want to act and proactively
help shape the future. That’s why REACT® is a decisive step in the
right direction. The tool provides the necessary data and analyses to
assess the CO 2 emissions of a construction project and plan specific
measures to reduce them.
The key feature of the tool is the automated import of material data,
taking into account all relevant phases of the construction cycle, including
material transport, excavation, pit support, site operation,
building operation and demolition.
Production: Building and excavation
pit incl. excavation 665.46 tonnes
Transport: Building and excavation
pit incl. excavation 43.35 tonnes
Construction site
incl. demolition 98.02 tonnes
Building operation 308.51 tonnes
Total
1115.33 tonnes
34 . Environment & sustainability programme

This means that potential reduction measures can be identified right at the start of a construction project.
Top 5 emitting materials divided into production and transport
Top 5 absorbent materials divided into production and transport
WU reinforced concrete, C25/30
Glued laminated timber 475 kg/m³
Brick wall (e.g.: POROTHERM 25-38 Plan)
Solid wood panel (e.g.: KLH 160_55_DL)
XPS insulation (e.g.: AUSTROTHERM XPS PLUS 30 SF)
Cellulose blow-in insulation
Lean concrete / clean layer
Vertical lathing, larch
Screed (concrete) Underfloor heating
OSB boards (650 kg/m³)
Total
Total
Our corporate environmental measures will again extend across
several levels in 2024. Our training and education programmes for
employees will also include emergency training, such as first aid
courses and fire extinguishing drills, in addition to the more extensive
klimaaktiv training programmes.
In this way, we want to strengthen our employees‘ skills in emergency
and crisis preparedness. We are also continuing to drive
sustainability in the office. In terms of office sustainability, we are
finalising the switch to 100% LED lighting.
Environment & sustainability programme . 35

ENVIRONMENT & SUSTAINABILITY PROGRAMME
Aspect Measures Status Goal Deadline
ENERGY AND RESOURCES
Electricity
Electricity
Electricity
Electricity
Energy
TRAININGS
Refurbishment of external blinds
Conversion of all remaining lamps to 100%
LED
Installation of PV modules
Better readability of smart meters
Presentation of adjusted climate data for
improved interpretation of electricity and
district heating consumption
Spare parts have to be reproduced manually
using 3D printing
Some lamps already converted, rest in
planning
Substitute vote obtained from the court,
decision in June 2024
Online data from Smart Meter not yet fully
readable
Research on climate data and presentation
Reduction in power consumption, no glare for employees End of 2024
Reduction in electricity consumption Autumn 2024
Reduction in electricity consumption, energy supply;
electricity consumption to be reduced by 5-10%
Reduction in electricity consumption - Improvement in
environmental controlling
Control of energy consumption - improvement of
environmental controlling
2025
June 2024
End of 2024
First aid / Defi Internal training / internal communication In coordination with ÖRK (Austrian Red Cross) Increase knowledge and safety in dealing with accidents June 2024
EMISSIONS
Greenhouse gas emissions
Greenhouse gas emissions
Greenhouse gas emissions
PROCUREMENT
Sustainable procurement
CLEANING
Sustainable procurement
Recalculation and disclosure of greenhouse
gases
Programming as a progressive web
application
Further klimaaktiv training
courses for employees
Search for suitable products, suppliers
Re-allocation of cleaning services according
to environmental criteria
IMPLEMENTED MEASURES
Review of new data sources (e.g. Gemis,
Probas)
REACT® TOOL developed with external
partners
Preparation of a greenhouse gas balance End of 2024
CO2 reduction in construction projects Autumn 2024
8 klimaaktiv competence partners by 2023 More projects with klimaaktiv certification Ongoing
Realised for promotional gifts (example:
Zotter Schokolade )
Cooperation with EMAS companies
Ongoing
In realisation Environmentally friendly office cleaning Beginning of 2024
Aspect Measures Status Goal Deadline
EMISSIONS
Electricity
into the atmosphere
ENERGY AND RESOURCES
Installation of an electricity meter: reading
the electricity consumed by the air
conditioning system
Replacement of the old air conditioning
units and the refrigerant, currently
refrigerant R410A, not yet replaced
DIRECT ENVIRONMENTAL ASPECTS
Already realised
Already realised
Heating Weather-guided flow temperature Already realised
Evaluation of partial electricity consumption, reading for
reduction
Reduction in greenhouse gas and air pollutant emissions,
savings in CO2
Reduction in energy consumption and CO2 by 50%;
Conservation of resources
September 2022
May 2022
October 2022
36 . Environment & sustainability programme

IMPLEMENTED MEASURES
Aspect Measures Status Goal Deadline
Electricity
Electricity
WASTE
Waste similar to household waste
Waste reduction
CONSUMABLES AND SUPPLIES
Copy paper
Printer toner
MOBILITY
Fuel consumption
Fuel consumption
Fuel consumption
EMERGENCIES AND INCIDENTS
Fire protection
PROCUREMENT
Sustainable procurement
Sustainable procurement
Sustainable procurement
CLEANING
Conversion of most lamps to LEDs
Switch to a green electricity tariff
Showing the various waste streams and
quantities
Switching milk packaging to reusable glass
bottles
Introduction of digital signature / digital
submission where possible
Introduction of digital signature / digital
submission where possible
Switch from a diesel car to electric
In-house electric charging station
Other vehicles
Internal training / internal communication
Strengthening environmentally friendly
procurement
Strengthening environmentally friendly
procurement
Procurement of organic apples for
employees
Partially already realised, evaluation of where
further measures are possible
Previously, a standard electricity mix was
purchased; suppliers were compared and
a switch to 100% green electricity was
implemented
DIRECT ENVIRONMENTAL ASPECTS
The various waste fractions are weighed
by the cleaning staff once a week before
disposal
Previously milk was bought weekly in Tetra
Paks, now organic milk is delivered once a
week in reusable glass bottles
Reduction in energy consumption and conservation of
resources
In progress; 86% already
realised
Savings of approx. 96% CO2 from 2022 to 2023 January 2023
Calculation and evaluation of waste quantities (-12%
residual waste; +18% used materials from 2022 to 2023)
Savings of 3.6 kg of waste and 2.46 kg of CO2 since the
switch; simplest possible procurement of milk through
delivery; purchase of organic products; raising awareness
among employees
Realised in 2022, or ongoing
realisation
Switch with June 2023
Already realised Reduction of waste / conservation of resources 2022
Already realised Reduction of waste / conservation of resources 2022
In 2022, a company car was swapped for an
electric car
Electric filling station in the courtyard for
refuelling electric vehicles
Two more e-vehicles and a hybrid car (petrol)
were added to the fleet
Realised in coordination with Fire Safety
Officers
INDIRECT ENVIRONMENTAL ASPECTS
"Schrankerl" was introduced
in the office in 2022
Realisation ongoing
Organic apples are delivered once a week
together with the milk
Reduction in consumption of diesel by 19% from 2022 to
2023
Reduction in greenhouse gas emissions and operation of
the charging station using green electricity
Reduction in longer-term fuel consumption, CO2
Increase knowledge and safety in handling fire
extinguishers
September 2022
January 2023
March 2023 (ID3), May 2023
(hybrid), November 2023 (Q4)
November 2022
Sustainable, regional and quick option for lunch/snacks February 2022
Increase in the proportion of certified manufacturers
within Europe
Ongoing
Automatic weekly delivery; reduction in waste June 2023
Sustainable cleaning Exclusive use of biological cleaning agents Realisation ongoing To protect the environment / resources Ongoing
TOOLS
R.O.S.E.® Tool Implement renewable energy systems In use for projects; external users Reduction of fossil fuels in projects Ongoing
Environment & sustainability programme . 37

Validation
Gültigkeitserklärung
Die ETA Umweltmanagement GmbH als akkreditierte EMAS-Umweltgutachterorganisation m
Registernummer AT-V-0001 bestätigt, dass
die KPPK Ziviltechniker GmbH, mit dem Standort, 1060 Wien, Gumpendorfer Straße 132/1/9
wie in dieser Umwelterklärung 2021 dargestellt, alle Anforderungen der Verordnung
(EG) Nr. 1221/2009 des Europäischen Parlaments und des Rates vom 25. November 2009 übe
freiwillige Teilnahme von Organisationen an einem Gemeinschaftssystem für Umweltmanage
und Umweltbetriebsprüfung (EMAS) in der Fassung der Verordnung (EU) Nr. 1505/2017 und
2026/2018 erfüllt.
Gültigkeitserklärung
Die ETA Umweltmanagement GmbH als akkreditierte EMAS-Umweltgutachterorganisation
mit der Registernummer AT-V-0001 bestätigt, verlässliches, glaubhaftes und wahrheitsgetreues Bild sämtlicher
• die Es wird Daten bestätigt, und dass Angaben der aktualisierten Umwelterklärung, ein
• die Begutachtung und Validierung in voller Übereinstimmung mit den Anforderungen
dass die KPPK Ziviltechniker GmbH, mit dem Standort, Die 1060 ETA Umweltmanagement Wien, Tätigkeiten GmbH als der akkreditierte Organisation EMAS-Umweltgutachterorganisation geben.
mit der
Verordnung (EG) Nr. 1221/2009 in der Fassung der Verordnung (EU) Nr. 1505/2017 u
Gumpendorfer Straße 132/1/9, wie in dieser Umwelterklärung Registernummer 2023 AT-V-0001 bestätigt, dass
2026/2018 durchgeführt wurden,
dargestellt, alle Anforderungen der Verordnung (EG) Nr. die 1221/2009
KPPK Ziviltechniker Die GmbH, nächste mit dem umfassende Standort, 1060 Umwelterklärung Wien, Gumpendorfer wird Straße im Jahr 132/1/9, 2028 publiziert.
Jährlich • 2021 keine dargestellt, wird Belege eine für die alle für Nichteinhaltung Anforderungen gültig erklärte, der der aktualisierte geltenden Verordnung Umweltvorschriften Umwelterklä-vorliegen,
2009 über die freiwillige Teilnahme von Organisationen (EG) an Nr. einem 1221/2009 des rung Europäischen veröffentlicht.
• die Daten Parlaments und Angaben und des der Rates aktualisierten vom 25. Umwelterklärung, November 2009 über ein verlässliches, die glaubh
des Europäischen Parlaments und des Rates vom 25. wie November in dieser Umwelterklärung
Gemeinschaftssystem für Umweltmanagement und Umweltbetriebsprüfung
(EMAS) in der Fassung der Verordnung (EU) Nr. und 1505/2017 Umweltbetriebsprüfung Diese (EMAS) Erklärung in der kann Fassung nicht der mit Verordnung einer EMAS-Registrierung (EU) Nr. 1505/2017 und gleichge-
Nr.
freiwillige Teilnahme von Organisationen und wahrheitsgetreues an einem Gemeinschaftssystem Bild sämtlicher Tätigkeiten für Umweltmanagement
der Organisation geben.
Die nächste umfassende Umwelterklärung wird im Jahr 2024 publiziert.
und Nr. 2026/2018 erfüllt.
2026/2018 erfüllt. setzt werden. Die EMAS-Registrierung kann nur durch eine zuständige
Stelle gemäß Verordnung (EG) Nr. 1221/2009 in der Fassung der
Jährlich wird eine für gültig erklärte, aktualisierte Umwelterklärung veröffentlicht.
Es wird bestätigt, dass
Es wird bestätigt, dass
Verordnung Diese Erklärung (EU) kann Nr. nicht 1505/2017 mit einer und EMAS-Registrierung Nr. 2026/2018 gleichgesetzt erfolgen. werden. Diese Die EMAS-
• die Begutachtung Registrierung und Validierung kann in nur voller durch Übereinstimmung eine zuständige Stelle mit den gemäß Anforderungen Verordnung (EG) der Nr. 1221/2009 in
• die Begutachtung und Validierung in voller Übereinstimmung mit
Erklärung darf nicht als eigenständige Grundlage für die Unterrichtung
der Öffentlichkeit verwendet werden.
Verordnung (EG) Fassung Nr. 1221/2009 der Verordnung in der Fassung (EU) Nr. der 1505/2017 Verordnung und Nr. (EU) 2026/2018 Nr. 1505/2017 erfolgen. und Diese Nr. Erklärung da
den Anforderungen der Verordnung (EG) Nr. 1221/2009 in der Fassung
der Verordnung (EU) Nr. 1505/2017 und Nr. 2026/2018 durch-
2026/2018 durchgeführt
als eigenständige
wurden,
Grundlage für die Unterrichtung der Öffentlichkeit verwendet werden.
Wien, am 14. Dezember 2021
geführt wurden,
• keine Belege für Wien, die Nichteinhaltung am 17. Juli 2024 der geltenden Umweltvorschriften vorliegen,
• keine Belege für die Nichteinhaltung der geltenden Umweltvorschriften
vorliegen,
und wahrheitsgetreues Bild sämtlicher Tätigkeiten der Organisation
• die Daten und Angaben der aktualisierten Umwelterklärung, ein verlässliches, glaubhaftes
geben.
38 . Validation
Die nächste umfassende Umwelterklärung wird im Jahr 2024 publiziert.
Jährlich wird eine für gültig erklärte, aktualisierte Umwelterklärung veröffentlicht.
Dipl.-Ing. Manfred MÜHLBERGER
Dr. Stefan GARA
Dipl.-Ing. Manfred MÜHLBERGER
Diese Erklärung kann nicht
Leitender Leitender mit einer EMAS-Registrierung Umweltgutachter gleichgesetzt Leitender werden. Umweltgutachter
Die EMAS-
Registrierung kann nur durch eine zuständige Stelle gemäß Verordnung (EG) Nr. 1221/2009 in der
Fassung der Verordnung (EU) Nr. 1505/2017 und Nr. 2026/2018 erfolgen. Diese Erklärung darf nicht
als eigenständige Grundlage für die Unterrichtung der Öffentlichkeit verwendet werden.

AT-000755
AT-000755
Registrierungsurkunde
KPPK Ziviltechniker GmbH
1060 Wien
Registrierungsurkunde
KPPK Ziviltechniker GmbH
1060 Wien - Mariahilf
Das Unternehmen nimmt am Umweltmanagementsystem EMAS teil
(Verordnung EG 1221/2009) und ist daher zur Verwendung des EMAS-Zeichens
berechtigt. Das Unternehmen veröffentlicht regelmäßig eine Umwelterklärung
und lässt ihr Umweltmanagementsystem von einem zugelassenen,
unabhängigen Umweltgutachter überprüfen.
Gültig bis Dezember 2024
Das Unternehmen nimmt am Umweltmanagementsystem EMAS teil
(Verordnung EG 1221/2009) und ist daher zur Verwendung des EMAS-Zeichens
berechtigt. Das Unternehmen veröffentlicht regelmäßig eine Umwelterklärung
und lässt sein Umweltmanagementsystem von einem zugelassenen,
unabhängigen Umweltgutachter überprüfen.
Gültig bis Juli 2028
Bundesministerin Leonore Gewessler, BA
Wien, im Februar 2022
Bundesministerin Leonore Gewessler, BA
Wien, im September 2024

IMPRINT
Party responsible for the content:
kppk ZT gmbh, Gumpendorfer Straße 132/1/9, 1060 Vienna
Editorial collaboration: Mag. Alexander Kohl, kohl.agency
Graphic design: Stefan Stockinger, www.stefanstockinger.com
Photo credits: Cover photo, pages 5, 14, 24, 27, 29, 32, 41 © Unsplash
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