Summer 2009 - Royal Haskoning
Summer 2009 - Royal Haskoning
Summer 2009 - Royal Haskoning
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<strong>Royal</strong> <strong>Haskoning</strong> newsletter > uk & ireland > issue 2 > summer <strong>2009</strong><br />
<strong>Royal</strong> <strong>Haskoning</strong> is an independent engineering and environment consultancy with 4,300 staff operating in 20 countries<br />
worldwide. Undertaking a wide range of high profi le, demanding projects, we have developed a reputation for technical<br />
excellence, innovation and project delivery. We are committed to delivering practical solutions to sensitive issues that<br />
benefi t both people and their environment.<br />
>> in this issue<br />
2 <strong>Royal</strong> <strong>Haskoning</strong><br />
talks Flood & Water<br />
Management<br />
3 Kelpies come to Forth<br />
& Clyde<br />
4–5 SPECIAL FEATURE<br />
Tourism in the UK<br />
6 Award success for climate<br />
study<br />
7 Ingenuity saves the day<br />
9 A new island for Nigeria<br />
Water Bill set to fulfil flood<br />
review recommendations<br />
Sir Michael Pitt’s review of the floods that took place during the summer of 2007 called for urgent and fundamental<br />
changes in the way the UK is adapting to the increased risk of flooding. Following the review the government<br />
published its draft Flood and Water Management Bill for consultation on 21 April <strong>2009</strong>.<br />
Setting out the government’s proposals<br />
to improve flood risk management and<br />
ensure water supplies are more secure,<br />
the draft bill paves the way for the<br />
changes Sir Michael outlined.<br />
When passed, the bill will create a<br />
more inclusive system for managing<br />
the risk of flood and coastal erosion.<br />
For the first time, the law will cover<br />
all forms of flooding and change the<br />
emphasis from building defences, to<br />
risk management. The bill requires<br />
councils to work with all relevant<br />
parties to put in place local surface<br />
water management plans. As part of<br />
this, they will agree which risks are the<br />
most pressing and what work needs<br />
to be done to bring about a healthier<br />
environment, better service, and<br />
greater protection for people, their<br />
communities and businesses.<br />
The bill aims to bring the following<br />
benefits:<br />
l deliver improved security, service<br />
and sustainability<br />
l clarify who is responsible for<br />
managing the various sources of<br />
flood risk at national and local levels<br />
l retain existing roles and<br />
responsibilities of delivery<br />
organisations where possible, to<br />
ensure continued engagement of<br />
local knowledge and expertise<br />
l promote local partnerships,<br />
requiring all bodies to cooperate and<br />
share information with each other<br />
l protect essential water supplies<br />
by enabling water companies to<br />
control more ‘non-essential’ uses of<br />
water during droughts<br />
l modernise the law for managing the<br />
safety of reservoirs, and<br />
l encourage more sustainable forms<br />
of drainage in new developments<br />
and make it easier to resolve<br />
misconnections to sewers<br />
In summary, the bill aims to:<br />
l reduce the likelihood and impact of<br />
all types of flooding<br />
l improve authorities ability to<br />
manage the risk of flooding<br />
l improve water quality<br />
l improve the overall efficiency and<br />
management of the industry<br />
l reduce pollution<br />
What it means and who is<br />
impacted?<br />
The draft bill proposes to give the<br />
Environment Agency a strategic role<br />
that will enable it to coordinate maps<br />
and plans in relation to the sea, main<br />
rivers and reservoirs and award it the<br />
same powers as councils to carry out<br />
coastal erosion works.<br />
Creating committees<br />
New regional flood and coastal<br />
committees will be created to advise<br />
the Environment Agency and local<br />
authorities on flood and coastal<br />
erosion. They will raise a levy to pay for<br />
priority work, where national funding<br />
does not exist.<br />
More responsibility for local<br />
authorities<br />
Local authorities will lead on local<br />
flood risk management. This means<br />
that other bodies, such as internal<br />
drainage boards, water companies and<br />
emergency services will be required<br />
to co-operate and share information<br />
with them.<br />
Local authorities will be responsible for<br />
local flood risk assessment, mapping<br />
and planning for ordinary watercourses,<br />
surface run-off and groundwater.<br />
They will lead the production of local<br />
surface water management plans<br />
and agree programmes of work. New<br />
responsibilities include drainage, which<br />
will require mapping local flood risk<br />
management assets and documenting<br />
who owns them, so any local problems<br />
that occur can be resolved. Finally, they<br />
will take a leading role in planning<br />
for the management of any flooding,<br />
including that from reservoirs.<br />
Updated powers for drainage<br />
boards<br />
Drainage boards will have updated<br />
powers to manage the risk of flood<br />
and coastal erosion in line with local<br />
and national strategies. They will play<br />
a key role in partnerships, led by local<br />
authorities, who will be able to delegate<br />
work to them, making the most<br />
effective use of resources available.<br />
More SuDS<br />
The use of Sustainable Urban Drainage<br />
Systems (SuDS) will increase, ending<br />
the automatic right to connect to<br />
sewers for surface water drainage.<br />
Developers will be required to install<br />
NEWS<br />
New appointment for<br />
Coastal & Rivers<br />
<strong>Royal</strong> <strong>Haskoning</strong> is delighted to<br />
announce the appointment of Sarah<br />
Budd as Director of Coastal & Rivers. In<br />
her new role, Sarah will be responsible<br />
for shaping the development of<br />
the company’s future portfolio of<br />
business including its core products<br />
and services, client relationships<br />
and developing UK and overseas<br />
opportunities.<br />
Sarah joined <strong>Royal</strong> <strong>Haskoning</strong> as a<br />
graduate hydrologist and hydraulic<br />
engineer in 1994. With more than 15<br />
years experience in the industry, she<br />
has developed a technical background<br />
in flood and coastal risk management<br />
and has held both project director<br />
and management roles on a number<br />
of contracts commissioned under<br />
long term partnering arrangements<br />
with both government and private<br />
organisations.<br />
Henry Rowe, member of<br />
<strong>Royal</strong> <strong>Haskoning</strong>’s Board of<br />
Management said; “We are delighted<br />
to appoint Sarah to this senior role.<br />
The work Sarah has carried out since<br />
joining <strong>Royal</strong> <strong>Haskoning</strong>, particularly<br />
in her two previous roles as Deputy<br />
Divisional Director and Business<br />
Group Director, means she has secured<br />
a number of high profile partnerships<br />
and contracts for the company. We<br />
congratulate Sarah and look forward<br />
to her continued success as Director of<br />
the Coastal & Rivers division.”<br />
In addition to her work at<br />
<strong>Royal</strong> <strong>Haskoning</strong>, Sarah takes an<br />
active role in CIWEM, the Chartered<br />
Institution of Water and Environmental<br />
Management. She is a chartered member<br />
of the Institution and was formerly a<br />
council member and the chairman of<br />
the Rivers and Coastal Group.<br />
SuDS in new developments wherever<br />
practicable. New SuDS will be adopted<br />
and maintained by local authorities<br />
and will be funded by the transfer<br />
of responsibility for private sewers to<br />
sewerage companies.<br />
Preserving reservoirs –<br />
protecting lives<br />
New arrangements surrounding the<br />
safety of reservoirs will be introduced,<br />
prioritising reservoirs that may present<br />
risk to human life. The Environment<br />
Agency will use inundation maps to<br />
determine reservoirs that pose a risk<br />
to surrounding communities, which<br />
will then be subject to greater safety<br />
regulation. CONTINUES
2<br />
ROYAL HASKONING’S VIEW<br />
Amy Savage, Senior Engineer within<br />
Coastal & Rivers, comments on the<br />
draft bill and explains some ways in<br />
which those involved will need to<br />
adapt if real improvements are to be<br />
made.<br />
“The technical challenges in relation<br />
to providing improved flood risk<br />
assessments and mapping for all<br />
sources of flood risk are multiple and<br />
will involve local authorities and the<br />
Environment Agency moving into<br />
unfamiliar territory. One example is<br />
the modelling of pluvial, surface water<br />
and groundwater flooding. There will<br />
also need to be significant changes in<br />
the way the various parties involved<br />
in the management of flood risk<br />
communicate and share information.”<br />
Areas of greatest risk<br />
“The Pitt Review recognised that<br />
the greatest need for advances in<br />
understanding and reducing the risk<br />
of flooding and its impact are in those<br />
areas that pose the greatest risk. In<br />
particular, significant depth and<br />
high velocity flooding and flooding<br />
resulting from multiple events. The<br />
mapping of flood hazards is also a<br />
requirement of the new European<br />
Floods Directive. <strong>Royal</strong> <strong>Haskoning</strong> has<br />
already undertaken a number of studies<br />
on behalf of both the Environment<br />
Agency and local authorities, which<br />
have used TUFLOW 2D numerical<br />
modelling to identify localised flood<br />
depths and velocities. Challenges to<br />
improving this assessment process<br />
include developing understanding and<br />
building trust in the capabilities of such<br />
models, and in obtaining sufficient<br />
computer processing capacity to run<br />
more complex models.”<br />
Surface water flooding<br />
“Surface water flooding is complex,<br />
with issues such as unclear asset<br />
ownership and the influence of<br />
groundwater. In developing surface<br />
water flood maps, the Environment<br />
Agency, local authorities and their<br />
consultants will need to take care to<br />
avoid giving the impression of greater<br />
certainty in the mapping than there<br />
actually is. Without major investment<br />
in data collection, significant<br />
assumptions will have to be made, such<br />
as individual property threshold levels<br />
and the actual level of sewers. A further<br />
constraint could be obtaining asset<br />
information from the water companies,<br />
who understandably have to protect<br />
their commercial interests. This issue<br />
should benefit from the development<br />
of the Environment Agency’s strategic<br />
overview role for all sources of flood<br />
risk, as well as the requirement of the<br />
Flood and Water Management bill for<br />
the sharing of information.”<br />
Flood warning for urban areas<br />
“The Pitt Review identified a need<br />
for earlier warnings of flooding with<br />
a low probability threshold, and for<br />
real-time mapping and visualisation<br />
tools for use by emergency planners<br />
and responders. The development of<br />
flood warning techniques and systems<br />
to achieve a very quick warning system<br />
for surface water flooding in urban<br />
areas will be a difficult challenge, and<br />
clearly an important area of focus for<br />
the Environment Agency.<br />
Academic research into techniques<br />
such as weather radar as a rapid<br />
assessment tool for the prediction of<br />
rainfall, rather than just measuring<br />
current rainfall is ongoing. Modelling<br />
software is improving to enable<br />
rapid simulations of very responsive<br />
catchments to simulate events such<br />
as occurred at Boscastle in 2004.<br />
Technology is also developing to allow<br />
better use of multi core computer<br />
processors and advanced modelling<br />
procedures such as neural networks,<br />
which self learn from previous<br />
conditions, to speed up simulations.<br />
“The automation of existing flood<br />
forecasting and warning processes<br />
and the improvement of logistics for<br />
obtaining and processing data will<br />
need further investment. Equipment<br />
such as rain gauges, weather radar,<br />
telemetry and computing facilities<br />
are required, as well as training of<br />
personnel to operate and maintain<br />
the systems. A register of flood risk<br />
management and drainage assets<br />
would also aid the development of<br />
improved flood warning systems, but<br />
there is a huge volume of this data.<br />
“Apart from the development of the<br />
actual warning techniques there<br />
will be a big learning curve for other<br />
parties to learn how to best use the<br />
information and disseminate it to the<br />
public. So flood forecasting, warning<br />
and response must be considered<br />
as complete process, with systems<br />
integrated to aid understanding by<br />
all involved. <strong>Royal</strong> <strong>Haskoning</strong> has<br />
experience in taking such an integrated<br />
approach through our involvement in<br />
the EU-funded project NOAH, which<br />
has developed processes and tools to<br />
enable the right information to be<br />
made available quickly, clearly and<br />
reliably before, during and after a<br />
flood event.”<br />
Reservoir safety<br />
“Work to identify potential flood<br />
inundation maps is already ongoing.<br />
b i o g r a p h i e s<br />
All our experts bring a wealth of experience to the projects they work on. Below is a quick look at the level of expertise<br />
you can expect from our Coastal & Rivers specialists.<br />
Matt Balkham<br />
Matt Balkham is a chartered Senior<br />
Engineer, a Member of the Institution<br />
of Civil Engineers (ICE) and is currently<br />
leading a team of engineers and<br />
scientists undertaking a variety of<br />
flood risk related projects.<br />
Matt has six years’ experience of<br />
delivering flood risk management<br />
schemes in England and Scotland for<br />
the Environment Agency, the Moray<br />
Council and others.<br />
Matt is currently managing a number<br />
of projects, which include:<br />
l an update of the Culvert Design<br />
Manual on behalf of the<br />
Construction Industry Research<br />
Information Association;<br />
l a study exploring the feasibility of<br />
construction of a new lock within<br />
the Nar Ouse Regeneration Area for<br />
the Environment Agency and<br />
l a flood risk management scheme<br />
for Steeple Bumpstead and the<br />
Environment Agency in Essex.<br />
Contact:<br />
Matt Balkham<br />
+44 (0) 1733 33 6513<br />
m.balkham@royalhaskoning.com<br />
Carina Oliver<br />
Carina is an Associate Member of the<br />
Institute of Ecology and Environmental<br />
Management (AIEMA). She has<br />
expertise in the fields of terrestrial<br />
and aquatic ecology, environmental<br />
input to design, Environmental Impact<br />
Assessments (EIA), protected species<br />
legislation, sustainability assessments<br />
and environmental surveys.<br />
Carina has over seven years’<br />
experience in undertaking EIAs and<br />
working on river engineering projects<br />
within multidisciplinary design teams.<br />
Carina is currently responsible for the<br />
management and co-ordination of<br />
environmental work on several flood<br />
alleviation schemes within Scotland<br />
and England where she successfully<br />
implemented channel restoration<br />
and habitat creation, such as wet<br />
woodland and wetland development<br />
as part of these schemes.<br />
She has experience in consultation<br />
with a diverse range of stakeholders,<br />
from local community workshops and<br />
public meetings to formal consultation<br />
processes with statutory consultees<br />
and government agencies.<br />
Contact:<br />
Carina Oliver<br />
+44 (0) 1733 37 3573<br />
c.oliver@royalhaskoning.com<br />
Dr Mike Walkden<br />
Mike specialises in the effects of<br />
climate change on the coast. He is<br />
a member of the International<br />
Association of Hydraulic Engineering<br />
and Research (IAHR) working group<br />
on climate change and before joining<br />
<strong>Royal</strong> <strong>Haskoning</strong>, was deputy leader of<br />
the Coastal Programme of the Tyndall<br />
Centre for Climate Change Research.<br />
Since graduating in 1992, Mike has<br />
worked on various projects relating<br />
to broad scale coastal modelling,<br />
long-term cliff erosion, probabilistic<br />
analysis and uncertainty.<br />
Recently he has worked on a Defra/<br />
Environment Agency funded<br />
project aimed at developing broad<br />
scale coastal modelling capacity to<br />
support coastal management. This<br />
work focussed on the Behavioural<br />
Systems approach to interpreting<br />
and representing coastal systems<br />
which builds models based on the<br />
understanding of geomorphologists<br />
(as opposed to mathematicians).<br />
In this project, he explored how<br />
geomorphic understanding could<br />
be formalised and quantified. He<br />
also coupled broad scale models of<br />
an open coast and an estuary, to<br />
explore their coupled response to<br />
climate change and management<br />
interventions.<br />
Contact:<br />
Mike Walkden<br />
+44 (0) 1392 44 1395<br />
m.walkden@royalhaskoning.com<br />
The Environment Agency’s Reservoir<br />
Inundation Mapping strategy is<br />
assessing the hazard from dam<br />
failure at all 2092 of the registered<br />
reservoirs in England and Wales.<br />
<strong>Royal</strong> <strong>Haskoning</strong> has been appointed<br />
by the Environment Agency to model<br />
and map the inundation from more<br />
than 240 reservoirs across the whole<br />
of Wales and the south and southwest<br />
of England.”<br />
Climate change uncertainty<br />
“A key issue for the future management<br />
of flood risk will be dealing with<br />
uncertainties introduced by climate<br />
change. The UKCP09 climate change<br />
scenarios will be available later this<br />
year, and it will be important to<br />
quickly get to grips with using and<br />
applying this data. An improved<br />
understanding of climate and weather<br />
related information will benefit from<br />
the Environment Agency and its<br />
consultants working more closely with<br />
the UK Met Office, and particularly from<br />
the Environment Agency and the Met<br />
Office’s new joint Flood Forecasting<br />
Centre for England and Wales. In the<br />
past <strong>Royal</strong> <strong>Haskoning</strong> worked with the<br />
Met Office to investigate a method<br />
to redress the lack of institutional<br />
and operational arrangements to<br />
manage pluvial flooding. The aim of<br />
the ground breaking project was to<br />
provide local authorities with the tools<br />
to make informed decisions on actions<br />
to reduce the impact of pluvial flood<br />
events. More collaborative projects like<br />
this, which develop best practice, will<br />
help to meet the requirements of the<br />
Flood and Water Management bill.”<br />
Providing information<br />
“The Flood and Water Bill requires<br />
improvements to be made to<br />
information provided by the various<br />
parties involved in the flood risk<br />
management process. For flood risk<br />
maps to deliver improved planning,<br />
greater detail will need to be included<br />
in the maps. This information will<br />
also be relevant for the development<br />
of local surface water management<br />
plans, for emergency planning and<br />
development of resilience of transport<br />
and other critical infrastructure and to<br />
educate the public.”<br />
Working together<br />
“Collaborative working with other<br />
organisations will enable the best<br />
data to be obtained, cooperation to<br />
be achieved and savings made on<br />
costs and programmes for flood risk<br />
management projects. For example,<br />
organisations involved in flood risk<br />
management should work together to<br />
improve each other’s understanding<br />
of the different sources of flooding<br />
and their interactions, including the<br />
benefits and limitations of the various<br />
modelling techniques available and<br />
how the model outputs should be<br />
interpreted and applied. A challenge<br />
will be to maintain the responsibility<br />
structure between organisations,<br />
whilst achieving cooperation. The<br />
partnering commitment from the<br />
Environment Agency, local authorities,<br />
IDBs and water companies should<br />
therefore extend to relationships with<br />
the wider community, stakeholders<br />
and other operating authorities.<br />
“Collaborative working with<br />
other organisations will<br />
enable the best data to be<br />
obtained, cooperation to be<br />
achieved and savings made<br />
on costs and programmes<br />
for flood risk management<br />
projects”<br />
range > summer <strong>2009</strong><br />
For further information on how<br />
<strong>Royal</strong> <strong>Haskoning</strong> will be working with<br />
the new Flood and Water Management<br />
Bill, contact:<br />
Amy Savage<br />
+44 (0) 1733 33 6522<br />
a.savage@royalhaskoning.com<br />
NEWS<br />
Board of Management<br />
welcomes new member<br />
<strong>Royal</strong> <strong>Haskoning</strong> is delighted to<br />
announce that Erik Oostwegel,<br />
Director of Industrial Installations,<br />
has been promoted to the company’s<br />
board of management to lead the<br />
business alongside Chairman Jan Bout<br />
and Director Henry Rowe.<br />
Erik joined <strong>Royal</strong> <strong>Haskoning</strong> in 1992 and<br />
became a member of the Management<br />
Council in 2003. The driving force<br />
behind the successful development<br />
of the Industrial Installations division,<br />
Erik holds a strong position within the<br />
engineering industry.<br />
After completing his masters’ degree<br />
in mechanical engineering at the Delft<br />
University of Technology, Erik has held<br />
various positions in <strong>Royal</strong> <strong>Haskoning</strong>,<br />
including Director of Knowledge<br />
Information Management in 2003,<br />
Director of Mechanical & Electrical<br />
Services in 2004 and his current role<br />
of Director of Industrial installations,<br />
to which he was appointed in 2006.<br />
Commenting on his appointment, Erik<br />
said: “I consider it a great honour to be<br />
appointed to this new role. It certainly<br />
is a great challenge, not least given<br />
that the current economic climate<br />
requires our full attention, to ensure<br />
that the continuity and profitability of<br />
the organisation is maintained.”<br />
For the time being, Erik will combine<br />
both board management and director<br />
roles.<br />
Erik Oostwegel was appointed to the<br />
Board of Management on 1 May <strong>2009</strong>.
summer <strong>2009</strong> > range 3<br />
Landmark lottery<br />
lifts Scottish spirits<br />
Combining modern maritime engineering with Scottish myth and legend, three divisions of <strong>Royal</strong> <strong>Haskoning</strong> have<br />
teamed up to help win a £25 million Big Lottery fund award that will transform 300ha of unused land between Falkirk<br />
and Grangemouth into a thriving sustainable community.<br />
<strong>Royal</strong> <strong>Haskoning</strong>’s Maritime,<br />
Environment and Coastal & Rivers<br />
divisions have pooled their skills and<br />
expertise to win the engineering and<br />
environmental design package of the<br />
ambitious Helix project.<br />
The project, which is part of the<br />
‘My Future’s In Falkirk’ economic<br />
regeneration initiative, has been<br />
commissioned by Falkirk Council,<br />
British Waterways and Central<br />
Scotland Forest Trust.<br />
Once completed, the Helix will<br />
provide access to woodland, paths,<br />
cycle ways and water features,<br />
reconnect the Forth and Clyde Canal<br />
to the Forth estuary, develop waterbased<br />
activities, create major public<br />
artworks and landmarks and develop<br />
a sustainable environment.<br />
Commenting on <strong>Royal</strong> <strong>Haskoning</strong>’s<br />
involvement, Environment Director for<br />
Scotland Frank Fortune said: “This is<br />
one of the most exciting initiatives<br />
we are working on, as it involves the<br />
complete transformation of an unused<br />
area into a thriving environmental<br />
community. We have been involved<br />
in the project from the beginning,<br />
carrying out the early environmental<br />
“Self sufficient, sustainable eco<br />
friendly buildings are no longer just<br />
the wish of some environmentally<br />
conscious ‘green clients’, they<br />
have become the mainstream<br />
requirement for most buildings or<br />
developments”, says Garry.<br />
“The main drivers towards eco<br />
building within the UK have been<br />
updated building regulations, local<br />
planning requirements and the need<br />
for our clients to achieve a recognised<br />
environmental building rating<br />
through the BRE Environmental<br />
Assessment Method (BREEAM). This<br />
is the widely recognised standard for<br />
best practice for sustainable design<br />
within the UK.<br />
“To address these issues, we have<br />
gained significant expertise,<br />
achieved mainly through increased<br />
training, software investment and<br />
project implementation. The training<br />
has led to our engineers becoming<br />
feasibility work needed to support the<br />
application for Big Lottery funding.”<br />
<strong>Royal</strong> <strong>Haskoning</strong> Project Manager for<br />
the Helix, Mike Ramsay, added: “Now<br />
the project has the Lottery go-ahead,<br />
we can get to work. Our part in the<br />
project involves providing engineering<br />
and environmental consultancy across<br />
the scheme, involving the delivery of a<br />
new canal, locks, bridges, roads flood<br />
risk assessments, geotechnical and<br />
environmental engineering, river and<br />
canal hydrology and environmental<br />
impact.<br />
“One of the key pieces of work we<br />
will be engaged in, and probably the<br />
most exciting, is the engineering<br />
design for the canal extension which<br />
incorporates a new displacement<br />
lock and the foundations for two<br />
30m tall Kelpie heads. These gigantic<br />
horse’s heads will form part of the<br />
counterweight mechanism for the<br />
displacement lock that will lift boats<br />
up to the existing Forth and Clyde canal<br />
entrance. This has already been referred<br />
to as an engineering marvel and the<br />
Kelpies alone are expected to attract<br />
international visitors, which will provide<br />
a major boost to the local economy.”<br />
Work on the Helix will start in late<br />
<strong>2009</strong> and will progress over three<br />
distinct phases, spanning a 10-15 year<br />
period. Overall the project will cost in<br />
the region of £45 million.<br />
Fact File<br />
The Kelpie sculptures are based<br />
on the mythical Scottish legend<br />
of water-based horse spirits.<br />
Designed by Scottish sculptor<br />
Andy Scott, the 30m sculptures<br />
will have a working role as<br />
a part of the canal’s new boat<br />
lift, situated at the entrance to<br />
the Forth and Clyde canal. The<br />
final Kelpies are expected to be<br />
installed sometime in 2011 and<br />
will each weigh around 400<br />
tonnes.<br />
Contact:<br />
Mike Ramsay<br />
+44 (0) 131 5612 284<br />
m.ramsay@royalhaskoning.com<br />
Greener foundations<br />
A down to earth approach to eco buildings<br />
With the impact of European Directives (EPBD) and UK Legislation over<br />
the last few years, the move towards providing green, or ‘eco’ buildings<br />
has increased significantly. Garry Haigh, <strong>Royal</strong> <strong>Haskoning</strong>’s M&E services<br />
Director for Infrastructure & Buildings, explains the steps the company has<br />
taken to become a leading eco building consultancy and its approach to<br />
achieving green building solutions.<br />
accredited ‘Low Carbon Consultants’<br />
through the Chartered Institution of<br />
Building Services Engineers, plus we<br />
have accredited BREEAM assessors<br />
in various categories. The intention<br />
is to increase this knowledge and<br />
experience over the forthcoming<br />
months through further training and<br />
project delivery experience.”<br />
So how does <strong>Royal</strong> <strong>Haskoning</strong><br />
approach an eco building project?<br />
According to Garry the first issue<br />
that must be recognised is that to<br />
achieve a ‘green’ building solution, it<br />
is a fundamental requirement that the<br />
design process is fully integrated and<br />
therefore incumbent on all members<br />
of the team to contribute.<br />
“When considering the main<br />
influences of providing a building<br />
for true low environmental impact,<br />
there are a number of factors to be<br />
considered outside the building<br />
envelope itself, such as transport, the<br />
land and ecology. These factors will<br />
however need to be considered in an<br />
overall evaluation of the building. The<br />
other factors then generally relate to<br />
the building itself and its operation.<br />
These are energy, water, pollution and<br />
materials. These factors have a greater<br />
impact on the engineering services<br />
design and can be simplified into three<br />
stages of an eco building solution.<br />
These are: analysis of building form,<br />
optimising engineering system<br />
efficiencies and regenerative and<br />
renewable energy.”<br />
The three stages of an eco building<br />
solution are detailed as follows:<br />
Stage 1 – analysis of building form<br />
The building envelope design should<br />
be developed so as to minimise the<br />
impact on energy.<br />
Key factors include:<br />
l building orientation<br />
l selection of cladding/façade to<br />
minimise heat transfer<br />
l design of glazing/facade to<br />
maximise the use of natural light<br />
and natural ventilation<br />
l selection of sustainable materials<br />
l dynamic modelling of the various<br />
options to produce the optimum<br />
results<br />
Stage 2 – optimise engineering<br />
system efficiencies<br />
Following the development of this first<br />
stage, the levels of heating cooling and<br />
lighting to be provided. This next stage<br />
will require the optimum selection of<br />
plant, equipment and systems.<br />
Key factors are:<br />
l selection of high efficiency plant<br />
(cost benefit analysis required)<br />
l design of systems to operate<br />
efficiently during partial load/use i.e.<br />
variable volume/load systems<br />
l use of free cooling<br />
l use of integral heat recovery devices<br />
l lighting control systems<br />
l good quality building management<br />
systems<br />
l indoor air quality – monitoring/<br />
controlling use of fresh air<br />
Stage 3 – consideration of<br />
regenerative and renewable energy<br />
This stage expands past considering<br />
the traditional building services<br />
solutions and looks at the overall<br />
energy balance within a building and<br />
where waste energy or renewable<br />
energy can best be deployed.<br />
Key areas are:<br />
l use of heat rejection from equipment<br />
i.e. heating and cooling systems,<br />
compressors, incinerators, etc<br />
l consideration of CHP (combined<br />
heat and power plant) producing<br />
on site power and the subsequent<br />
use of waste heat produced i.e.<br />
absorption chillers<br />
These solutions are dependent upon<br />
the surrounding environment and<br />
geology for their performance<br />
and therefore are very much site<br />
dependant, and include:<br />
l photovoltaic cells<br />
l solar cells producing hot water<br />
l ground source heat pumps using<br />
geothermal energy for generating<br />
cooling and heating mediums<br />
l wind turbines<br />
“This knowledge and approach is<br />
being adopted on a wide range<br />
of projects within diverse sectors<br />
such as education, healthcare,<br />
commercial developments,<br />
industrial/manufacturing facilities<br />
and maritime applications, such<br />
as the <strong>Royal</strong> National Lifeboat<br />
Institute.” concludes Garry.<br />
For more information about eco<br />
buildings contact:<br />
Garry Haigh<br />
+44 (0)121 709 6525<br />
g.haigh@royalhaskoning.com
4<br />
range > summer <strong>2009</strong><br />
special feature : protecting our coast – preserving tourism<br />
Making sure our coasts are protected against rising sea levels is an important part of ensuring our communities are protected against the impact of climate<br />
change. Managing flood risk, combating drought, preparing for storm events are things we are planning for now – to mitigate the impact of climate change<br />
predictions to 2050 which could see increased river flows, more extreme rainfall patterns, rising sea levels and rising temperatures.<br />
Adapting<br />
to a changing climate<br />
There is mounting evidence that the UK is starting to experience more<br />
extreme weather patterns which are attributable to the effects of<br />
global climate change.<br />
As well as changes in mean sea levels and rainfall patterns, which are the<br />
factors now commonly considered in flood risk management, land use<br />
planning and development control, the changes in temperature, drought and<br />
frequency of storm events can have wider implications on a range of human<br />
activities as well as natural and built environments.<br />
<strong>Royal</strong> <strong>Haskoning</strong> is involved in a number of studies relating to climate change<br />
in the UK and worldwide. In the UK, regional climate change adaptation<br />
studies that have been carried out in the north east of England, particularly<br />
Yorkshire and Humber, have projected climate changes to the 2050s. This<br />
has been achieved by using the Environment Agency Rainfall and Weather<br />
Impact Generator (EARWIG), and a thorough review of published papers and<br />
guidance.<br />
The impact of these long range climate change projections on areas such<br />
as transport, public services, industry, business, heritage, tourism and<br />
leisure, were assessed and measures to counter the impact they could have,<br />
were identified. This has led to recommendations being made for lead<br />
organisations to take preventative action.<br />
Working with seaside<br />
communities to manage and<br />
protect UK coastal areas<br />
<strong>Royal</strong> <strong>Haskoning</strong> is currently involved in the development of ten<br />
shoreline management plans which produce a long-term and integrated<br />
plan for the sustainable management and protection of the shoreline<br />
around the coasts of England and Wales. The work includes considering<br />
the potential impact of proposed coast protection policies on local<br />
communities and their economies, and the positive or negative affect<br />
these may have on tourism in these areas.<br />
The Duver coast protection scheme,<br />
showcasing the visual and amenity<br />
benefits of working with a renowned<br />
sculptor<br />
Coastal improvements<br />
at Treaddur Bay<br />
Anglesey County Council appointed <strong>Royal</strong> <strong>Haskoning</strong> to carry out the detailed<br />
design of the coastal improvement scheme on the island’s Treaddur Bay. The<br />
design includes a rock armour revetment, a length of new sea wall, improved<br />
drainage to the existing sea wall and promenade, additional dwarf wall to the<br />
rear of the promenade which has been designed to act as seating, and works<br />
to channel the remaining overtopped seawater more effectively away from<br />
properties. The main purpose of the scheme is to act as an essential coastal<br />
defence whilst protecting the amenity value of the bay and alleviating the risk of<br />
flooding to people and property.<br />
“An excellently managed and designed project, carried out in<br />
difficult circumstances”<br />
“I visited the site recently and was impressed by the work<br />
done to tidy up the site, it has been well done and in keeping<br />
with surroundings”<br />
Comments from the community<br />
With an impressive judging panel<br />
secured and substantial cash prizes<br />
to be won, 26 students entered the<br />
competition. Eight designs were<br />
shortlisted and exhibited for two<br />
weeks at the north west offices of the<br />
<strong>Royal</strong> Institute of British Architects.<br />
Judges awarded prizes for a winner,<br />
Involving local artists in<br />
protection construction<br />
Coastal protection schemes for Duver on the Isle of Wight, and Weston-<br />
Super-Mare in Somerset, have applied the skills of a renowned sculptor and<br />
artist to enhance the aesthetic design of the schemes. In both cases the<br />
artist has been closely involved in the development of the scheme layout and<br />
the selection of construction materials.<br />
The Duver scheme also enhanced a<br />
former ‘private’ *Ramsar/SPA/SSSI<br />
– a conservation wetland area and<br />
a site of specific scientific interest<br />
– and made this into a public area<br />
with bird hides, tracks and weirs.<br />
*(www.ramsar.org)<br />
Engaging the brain power<br />
of engineering students to<br />
Brighten New Brighton<br />
runner up, a highly commended entry<br />
and a prize for the most sustainable<br />
design. The winning designs were<br />
announced at the international<br />
architecture lecture delivered at the<br />
University of Liverpool.<br />
Protecting Borth<br />
and its surf appeal<br />
<strong>Royal</strong> <strong>Haskoning</strong> is currently<br />
assisting Ceredigion County<br />
Council in providing coastal<br />
protection to the town of<br />
Borth, near Aberystwyth, and<br />
assessing the viability of the<br />
local community’s request<br />
for a surfing reef, at the same<br />
time. The scheme will include<br />
a multi-purpose offshore reef<br />
that will provide protection to<br />
the shoreline and improve wave<br />
conditions for surfing activities.<br />
The beach at Borth, near<br />
Aberystwyth, Ceredigion, Mid<br />
Wales<br />
In April 2008 <strong>Royal</strong> <strong>Haskoning</strong> launched an innovative competition for architecture and engineering students<br />
in Liverpool which called for entrants to submit design proposals for a waterside landmark for Liverpool’s New<br />
Brighton area.<br />
First place was awarded to Michael<br />
Otchie for his design ‘Chip Shop-Tea<br />
Room Seahouse’. (left)
summer <strong>2009</strong> > range 5<br />
But what affect are these preparations having on communities now? We find out how flood<br />
prevention work in coastal towns is not only protecting communities of the future – but is also<br />
benefiting people’s lives today, as careful planning and design is building sustainable coastal<br />
defences and whilst enhancing public amenities at the same time, to lessen the impact on the<br />
all important tourism industry – which is vital to the survival of UK and international seaside<br />
resorts, especially in the current economic climate.<br />
Coastal protection and regeneration in Dublin<br />
Flood prevention at<br />
Largs and Saltcoats<br />
seaside resorts<br />
During the development of<br />
two flood prevention schemes<br />
for the seaside towns of Largs<br />
and Saltcoats in North Ayrshire,<br />
detailed consultation was carried<br />
out with the local communities<br />
to identify their concerns and<br />
issues. In both cases, these<br />
consultations identified the need<br />
to carefully consider the impact<br />
of the proposed schemes on<br />
summer visitors to these popular<br />
coastal towns, both during and<br />
after construction works had<br />
taken place. Works on both<br />
flood prevention schemes were<br />
carried out during the winter<br />
months to minimise the impact<br />
on visitors. As well as reducing<br />
flooding and erosion risks, both<br />
schemes included benefits<br />
to existing amenities which<br />
included widening sections of<br />
the promenade, better access<br />
to the beach, improved lighting,<br />
features of interest and public<br />
information boards.<br />
Peterborough Millennium Green Wheel<br />
The Green Wheel was an ambitious, multi-faceted project developed<br />
by Peterborough Environment City Trust (PECT) with funding from the<br />
Millennium Commission and the support and assistance of local and county<br />
authorities, business, voluntary and charitable organisations and individuals.<br />
Completed in 2003, the project comprised of an 80km network of cycleways<br />
and bridleways around Peterborough, with bridges over roads, railways and<br />
rivers. It also linked tourist attractions, nature reserves, picnic sites, sculpture<br />
trails, wildlife habitats and ‘pocket parks’.<br />
<strong>Royal</strong> <strong>Haskoning</strong> provided client side project management services to<br />
PECT and was instrumental in obtaining funding from the Millennium<br />
Commission, preparing grant funding applications and securing finance<br />
from the Environment Agency, Anglian Water Environmental Partnership, EB<br />
Cambs and Sustrans. <strong>Royal</strong> <strong>Haskoning</strong> also undertook contract management<br />
and planning supervision for the project as well as both structural and<br />
services design. These services were provided throughout the consultative,<br />
development, design and construction phases of the project.<br />
Tourism is also important to Scotland’s<br />
economy and depends heavily on the<br />
country’s landscape, with 90 per cent<br />
of visitors considering scenery to be<br />
important in their choice of Scotland<br />
as a holiday destination. The presence<br />
of fish farming production sites may<br />
have an influence on where tourists<br />
choose to visit, how long to stay, and<br />
whether to make a repeat visit.<br />
Together with Poseidon, an<br />
engineering company servicing the<br />
oil and gas industry, <strong>Royal</strong> <strong>Haskoning</strong><br />
Dún Laoghaire Rathdown County<br />
Council (DLRCC) commissioned<br />
<strong>Royal</strong> <strong>Haskoning</strong>, with sub consultants<br />
Murray & Associates (landscape<br />
architects), to investigate the<br />
feasibility of undertaking a major<br />
enhancement scheme to improve<br />
cultural, recreational, amenity and<br />
commercial aspects of the East Pier<br />
to Sandycove coastline in Dublin. This<br />
coastline is one of the most heavily<br />
used in Ireland, but is currently not<br />
achieving its full potential due to a<br />
number of factors which include;<br />
poor recreational infrastructure,<br />
restricted water access and reduced<br />
visual amenities in several areas. The<br />
scheme incorporates the Sutton to<br />
Sandycove promenade and cycleway<br />
facility. The project has the potential<br />
to create a significant amenity and<br />
tourist attraction within the Dublin<br />
region and extend the tourism season.<br />
international tourism<br />
– Integrated coastal<br />
zone management in<br />
Trinidad<br />
Trinidad and Tobago’s Ministry of<br />
Works and Transport, commissioned<br />
<strong>Royal</strong> <strong>Haskoning</strong> in 2008 to undertake<br />
coastal protection works along<br />
the north east coast of Trinidad.<br />
The project is taking an integrated<br />
approach to identify, design and build<br />
a range of protection structures along<br />
the rocky north-eastern coastline<br />
to protect key assets from coastal<br />
erosion and flooding – which, if left<br />
unprotected, would have a significant<br />
impact on the island’s northern coast<br />
road, community settlements and<br />
valuable tourist facilities. The project<br />
has also identified sites which have<br />
the potential for further development<br />
for tourism, and in particular, ecotourism.<br />
the impact of fish farming on tourism<br />
Aquaculture is a very important industry for rural Scotland, particularly on<br />
the west coast and the islands where many communities depend on the<br />
employment and revenue it provides.<br />
Contacts:<br />
Amy Savage<br />
+44 (0) 1733 33 6522<br />
a.savage@royalhaskoning.com<br />
Hamish Hall<br />
+44 (1) 1392 44 1366<br />
h.hall @royalhaskoning.com<br />
undertook research which involved<br />
interviews with tourists and tourism<br />
related businesses, at selected study<br />
locations in the western isles of<br />
Shetland, Oban and Mull.<br />
87 per cent of tourists interviewed<br />
said they had seen fish farming before,<br />
although half had not seen fish farming<br />
at the study location. When asked to<br />
focus on the effect of specific aspects<br />
of fish farming including perception of<br />
the area, impact on scenery, natural<br />
environment, recreational activities<br />
NEWS<br />
Marketing team wins<br />
Property Marketing Award<br />
for Brighten New Brighton<br />
competition<br />
In April 2008 <strong>Royal</strong> <strong>Haskoning</strong><br />
launched an exciting design<br />
competition for architecture and<br />
engineering students in Liverpool,<br />
calling for innovative design proposals<br />
for a waterside landmark for the city’s<br />
New Brighton area and – as a result –<br />
picked up an award itself!<br />
<strong>Royal</strong> <strong>Haskoning</strong>’s Marketing team<br />
was delighted to receive the ‘Property<br />
Marketing Award’ for Best Campaign<br />
Under £10K which was presented<br />
to Marketing & Communications<br />
Director, Trudi Downey on 21 April at<br />
London’s Marriott Hotel in Grosvenor<br />
Square.<br />
Senior Marketing Consultant Laura<br />
Brewis, said: “The objective of the<br />
‘Brighten New Brighton’ design<br />
competition was to raise awareness<br />
of <strong>Royal</strong> <strong>Haskoning</strong>’s infrastructure<br />
and buildings capabilities to clients,<br />
partners and the local business<br />
community in the North West, whilst<br />
at the same time engaging with the<br />
local celebrations during Liverpool’s<br />
year as European Capital of Culture.<br />
The competition attracted 26 entrants<br />
and an impressive judging panel<br />
with representatives from Neptune<br />
Developments, the <strong>Royal</strong> Institute<br />
of British Architects, the Northwest<br />
Regional Development Agency, Open<br />
Culture and <strong>Royal</strong> <strong>Haskoning</strong>.”<br />
The judges commented:<br />
“This was a fantastic<br />
way of marketing a site<br />
in Liverpool, not Sussex.<br />
Using Facebook showed<br />
good understanding of<br />
target audience. It was a<br />
good way to get future<br />
generations to identify<br />
with the brand”<br />
and willingness to re-visit, the<br />
majority of respondents remained<br />
neutral. The overwhelming majority<br />
of respondents believed that:<br />
l fish farms contribute to livelihoods<br />
in coastal communities<br />
l fish farms do not spoil the<br />
appearance of the coast<br />
l tourists would not be less likely to<br />
visit places in Scotland where fish<br />
farms are sited<br />
l at current levels, the presence of<br />
aquaculture operations would<br />
not affect a visitor’s willingness<br />
to re-visit or affect their key<br />
recreational activities<br />
Contact:<br />
Frank Fortune<br />
+44 (0)131 5612 295<br />
f.fortune@royalhaskoning.com
6<br />
<strong>Royal</strong> <strong>Haskoning</strong> and North East<br />
Climate Change Partnership are<br />
celebrating after scooping the<br />
Robert Stephenson Special Award for<br />
Sustainability <strong>2009</strong>, awarded by the<br />
Institute of Civil Engineering (ICE), in<br />
recognition of the outstanding work<br />
undertaken on a ground-breaking<br />
climate change adaptation study.<br />
“The first of its kind, this<br />
study is an outstanding<br />
example of the civil<br />
engineer’s modern role in<br />
serving our community in a<br />
sustainable way”<br />
The pioneering study forecasts what<br />
the climate in the north east of<br />
England could be like during the next<br />
forty years and provides a clear picture<br />
of the impact of climate change on<br />
the region, what areas will be most<br />
affected, and what the region needs to<br />
do now to prepare and adapt.<br />
The ICE award judges said: “We<br />
were impressed with this ground<br />
breaking study which addressed<br />
regional adaptation to climate change.<br />
The first of its kind, this study is an<br />
outstanding example of the civil<br />
engineer’s modern role in serving our<br />
community in a sustainable way and<br />
draws on specialist input to lead the<br />
profession in tackling our greatest<br />
current challenge.”<br />
The study, developed by<br />
<strong>Royal</strong> <strong>Haskoning</strong>, was spearheaded<br />
by the North East Climate Change<br />
Partnership, which brought a range of<br />
the region’s organisations together to<br />
commit to taking action to tackle the<br />
causes and effects of climate change<br />
in the region. Those involved with<br />
the study included The Environment<br />
Agency, regional development agency<br />
One North East, and the Association of<br />
North East Councils (ANEC).<br />
Adrian Hilton, regional climate change<br />
coordinator for the Partnership, said:<br />
“I am delighted by this recognition of<br />
the North East Adaptation Study by<br />
the Institute of Civil Engineers. The<br />
study shows the benefits of working<br />
in close partnership across the region<br />
towards a common aim.<br />
“Climate Change is a reality and we<br />
will all need to adapt to the impacts.<br />
Civil Engineers are uniquely placed<br />
to ensure that, as a region, we are<br />
resilient to a changing climate. They<br />
play a fundamental role in creating the<br />
infrastructure that our society relies<br />
upon – both for our quality of life and<br />
our economic performance. This award<br />
raises the profile of climate change, the<br />
study, the region and the engineering<br />
profession, and will greatly assist the<br />
integration of climate change risks –<br />
underpinning our aim of developing<br />
the north east of England as a well<br />
adapted and resilient region.”<br />
Peter Kerr, Environment Agency’s<br />
Local Levy Programme Manager<br />
said: “This is an excellent example<br />
of partners coming together to work<br />
towards tackling climate change<br />
range > summer <strong>2009</strong><br />
Climate study scoops ICE award<br />
<strong>Royal</strong> <strong>Haskoning</strong> and North East Climate Change Partnership win special<br />
Institute of Civil Engineering (ICE) award for pioneering Climate Change<br />
Adaptation Study.<br />
Can ports be green<br />
in a recession?<br />
This October, <strong>Royal</strong> <strong>Haskoning</strong> will host a<br />
thought provoking conference to discuss the<br />
ever increasing environmental issues impacting<br />
ports during a time of economic downturn.<br />
This timely conference will bring together<br />
industry experts with a panel of leading<br />
port and environmental speakers to examine<br />
topical overarching themes; sustainability,<br />
environmental emissions management, and<br />
climate change.<br />
Date: Mid October <strong>2009</strong><br />
Venue: The Rooftop Gardens, Kensington,<br />
London<br />
For more information and to register your<br />
interest, please contact:<br />
Richard Marks<br />
r.marks@royalhaskoning.com<br />
+44 (0) 1733 336 113<br />
Nick Cooper, Adrian Hilton and Pete Kerr receive the Robert Stephenson Special<br />
Award for Sustainability at the ICE North East Dinner on Thursday 30 April <strong>2009</strong><br />
at a regional level. With the strong<br />
support of our North East Regional<br />
Flood Defence committee, I believe we<br />
can now translate this into action on<br />
the ground and deliver changes that<br />
help to reduce the impacts of climate<br />
change.”<br />
<strong>Royal</strong> <strong>Haskoning</strong>’s Dr Nick Cooper,<br />
director of Coastal & Rivers, Newcastle<br />
and instrumental in launching the<br />
study, said: “We are delighted with<br />
this award. It is a real recognition<br />
of the hard work that went into<br />
The scheme, which offers schools<br />
and local engineering companies<br />
the opportunity to work together,<br />
is designed to help students gain<br />
real insight and knowledge into<br />
the technicalities involved in the<br />
engineering profession.<br />
Steve Osborn, Senior Consultant<br />
and Chartered Civil Engineer within<br />
<strong>Royal</strong> <strong>Haskoning</strong>’s Maritime division,<br />
has been running the Peterborough<br />
programme for the past five<br />
years. “The scheme is a novel way<br />
to introduce young students to<br />
the world of engineering through<br />
interactive project work. We have<br />
supported the scheme from our<br />
Peterborough, Newcastle and Exeter<br />
offices for several years now and see<br />
it as a valuable programme that<br />
benefits everyone involved.<br />
“This year the Peterborough office<br />
worked with an extremely talented<br />
group of students from the King’s<br />
School on a particularly interesting<br />
maritime project which involved<br />
the design of man-made islands<br />
that float on a series of pontoons.<br />
Concept of a Dutch architect, the<br />
floating islands are intended for<br />
this pioneering study. The project<br />
success is mainly due to the excellent<br />
collaboration of the partners involved<br />
and to the combination of state-of-the<br />
art science with the practical on the<br />
ground knowledge and experience of<br />
those involved.”<br />
About the study<br />
Sustainability and environmental<br />
issues<br />
The study’s philosophy was wholly<br />
based on the concept of sustainability<br />
in that it was aimed at providing tools<br />
leisure use and will include villas, tree<br />
plantations, beach huts and even<br />
beaches.<br />
In December 2007, <strong>Royal</strong> <strong>Haskoning</strong><br />
put forward designs for a device that<br />
would secure the pontoons in position.<br />
This was particularly challenging as the<br />
architect stipulated that the restraint<br />
structure should be completely hidden<br />
from view.<br />
to practitioners that will enable them to<br />
both pro-actively and reactively adapt<br />
to changing climate and make the<br />
region more resilient. Also, the study<br />
revealed that the natural environment<br />
can play a vitally important role in<br />
responding to the challenge of climate<br />
change through the beneficial impact<br />
that ‘green infrastructure’ can have.<br />
Approach to health and safety<br />
The study also considered the affect<br />
climate change will have on the health<br />
and welfare of people living in the<br />
region. It recognised that heat-related<br />
illnesses and afflictions are likely to<br />
increase and that there is likely to<br />
be an increase in unwanted pest and<br />
diseases. The study has highlighted<br />
to health authorities and welfare<br />
providers that they need to adapt<br />
their skills and resources in response<br />
to climate change to counter these.<br />
Sharing the study so others can benefit,<br />
eight of the twelve local authorities<br />
in the region have included NI 188<br />
(Planning to Adapt to Climate Change)<br />
in their Local Area Agreements. For<br />
example, one local authority has<br />
set a target of reaching level four<br />
in the NI 188 guidance in the next<br />
three years. A sister study is currently<br />
being undertaken in the Yorkshire<br />
and Humber region and outputs from<br />
the study are also being utilised by<br />
local authorities to inform work on<br />
local development frameworks and<br />
transport plans.<br />
The full North East Climate Change<br />
Adaptation Study is available online at<br />
www.adaptne.org<br />
Contact<br />
Dr Nick Cooper<br />
+44 (0) 191 211 1330<br />
n.cooper@royalhaskoning.com<br />
Engaging with students solves ponto<br />
Sixth form students from Peterborough’s Kings School have completed an exciting ‘real life’ engineering project<br />
with <strong>Royal</strong> <strong>Haskoning</strong>, as part of the <strong>Royal</strong> Academy of Engineering Education Scheme, which challenges young<br />
minds to solve real life engineering problems.<br />
Although <strong>Royal</strong> <strong>Haskoning</strong> had already<br />
put forward initial thoughts to the<br />
architect, the company wanted to see<br />
what ideas the students would come<br />
up with.<br />
The project began in October last<br />
year and included a site visit to longstanding<br />
<strong>Royal</strong> <strong>Haskoning</strong> client, the<br />
Port of Sheerness, where the students<br />
were shown how working pontoons
summer <strong>2009</strong> > range 7<br />
Moving Gladstone’s Gate<br />
unlocks solution to gate restoration<br />
<strong>Royal</strong> <strong>Haskoning</strong>’s project manager Mike Chambers explains how lifting,<br />
moving and repairing one of Mersey Dock and Harbour gates was not an<br />
open and shut project, but one that has led to the refurbishment of 40 mitre<br />
gates in Liverpool and Manchester.<br />
In 2005 the Port of Liverpool’s largest<br />
dock entrance, Gladstone Lock, was<br />
severely damaged in a storm that ripped<br />
off one of its 400 tonne mitre gates.<br />
The recovery and repair of the gate<br />
could have been an expensive and<br />
lengthy procedure, but thanks to<br />
an innovative engineering solution<br />
developed by <strong>Royal</strong> <strong>Haskoning</strong> and the<br />
Chief Engineer of Mersey Docks and<br />
Harbour, the gate has been repaired<br />
and reinstated, and is spearheading an<br />
ongoing programme of refurbishment.<br />
“To repair the gate, we needed to<br />
place it in a horizontal position, in<br />
dry conditions,” comments Mike.<br />
“Weighing 400 tonnes and measuring<br />
17m by 21m, to lift the gate out of the<br />
water a specialist lift crane from the<br />
Netherlands or Norway would have<br />
had to have been brought in.<br />
“In usual circumstances we would<br />
have floated the hollow gate into dry<br />
dock where it would have dried out<br />
on dock blocks. However, the gate<br />
was damaged which meant it was not<br />
stable enough to float. Our solution<br />
was to use the gate’s natural buoyancy<br />
to offset most of its weight and build a<br />
special ‘tipping cradle’ that would pull<br />
it into a horizontal position.”<br />
The port’s ‘Mersey Mammoth’, a 250<br />
tonne floating crane barge, lifted<br />
on problem<br />
are restrained. A three-day residential<br />
period at Northampton University<br />
followed, where the students were<br />
able to use the university’s facilities<br />
to help them manufacture the<br />
components they needed to create<br />
demonstration models.<br />
Using underwater restraining piles,<br />
with restraint collars located 2.5m<br />
below water level, the key issue the<br />
students had to consider was how to<br />
install the restraints without placing<br />
divers in an unsafe position.<br />
The students came up with a solution<br />
based on the use a manufacturing<br />
claw that would allow each pontoon to<br />
float into position and then trap them<br />
with closure gates. This admirably<br />
solved the problem.<br />
Assessed at the East of England<br />
Engineering Education Scheme<br />
Celebration and Assessment Day<br />
on 29 April <strong>2009</strong> the project was<br />
considered a creditable and wellexecuted<br />
project.<br />
Steve concluded: “I am sure the<br />
team learnt a great deal about<br />
what engineering is all about – they<br />
certainly know what a pontoon and a<br />
port look like now!<br />
“The scheme benefits <strong>Royal</strong> <strong>Haskoning</strong><br />
by helping it to attract potential<br />
recruits. At least three students<br />
decided to approach us for future<br />
the gate vertically, while the cradle,<br />
attached to tugs by long ropes, began<br />
the tipping process, eventually pulling<br />
the gate through 90 degrees and onto<br />
dry land.<br />
“Once we had refurbished the gate,<br />
we brought it into line with current<br />
legislation and then reinstated it using<br />
the same tipping cradle procedure, but<br />
in reverse,” Mike continued. “Working<br />
closely with Mersey Docks and Harbour<br />
we developed an ingenious solution<br />
to a potentially disastrous problem.<br />
We have improved the solution to<br />
enable the client to consider a much<br />
wider programme of renovation and<br />
refurbishment efficiently and costeffectively.”<br />
“<strong>Royal</strong> <strong>Haskoning</strong>’s innovative<br />
proposal presented us with<br />
an engineering solution that<br />
allowed us to secure the gate<br />
on dry land without causing<br />
any further damage”<br />
The system has been designed so that<br />
any of the 40 similar mitre gates in<br />
Liverpool and along the Manchester<br />
The team from King’s School was led by liaisons teacher, Chris Dunn and involved pupils, George Coxon, Lewis Hollingsworth,<br />
Daniel Mudge and Carl Martyres. The <strong>Royal</strong> <strong>Haskoning</strong> team included Julian Hodnett and Steve Osborn<br />
employment opportunities. I was<br />
delighted to work with the King’s<br />
School liaison teacher, Chris Dunn<br />
again this year. His leadership of the<br />
team both this year and last year was<br />
excellent and allowed us to produce an<br />
interesting study.”<br />
The team from King’s School was led<br />
by Chris Dunn and involved pupils<br />
George Coxon, Lewis Hollingsworth,<br />
Daniel Mudge and Carl Martyres. The<br />
<strong>Royal</strong> <strong>Haskoning</strong> team included Julian<br />
Hodnett and Steve Osborn.<br />
Ship Canal could be refurbished using<br />
the system. A specialist shed has been<br />
built so that work can be carried out<br />
under cover and the tipping cradle has<br />
been modified so the gates can be<br />
winched into the shed along a track.<br />
Matt Singleton, Project Manager,<br />
Mersey Docks and Harbour Company,<br />
said:<br />
“It was imperative that the mitre gate<br />
was recovered and repaired, and the<br />
dock put back into service as quickly as<br />
possible. <strong>Royal</strong> <strong>Haskoning</strong>’s innovative<br />
proposal presented us with an<br />
engineering solution that allowed us<br />
to secure the gate on dry land without<br />
causing any further damage.”<br />
“The gate was repaired and refurbished<br />
quickly and efficiently, while the<br />
engineering solution itself encouraged<br />
For more information about the<br />
Engineering Education Scheme,<br />
go to www.raeng.org.uk. For more<br />
information about <strong>Royal</strong> <strong>Haskoning</strong>’s<br />
involvement in the programme.<br />
Contact<br />
Steve Osborn<br />
+44 (0) 1733 336117<br />
s.osborn@royalhaskoning.com<br />
us to press ahead confidently with our<br />
current refurbishment programme.<br />
“Working with the <strong>Royal</strong> <strong>Haskoning</strong><br />
team has allowed us to keep the<br />
port working while undergoing the<br />
necessary renovation which will secure<br />
the port’s operational future for many<br />
years to come.’’<br />
Contact<br />
Mike Chambers<br />
+44 (0) 151 2362 944<br />
mike.chambers@royalhaskoning.com<br />
Students<br />
Experience<br />
Landmark<br />
Engineering<br />
Seventy students from the<br />
Department of Civil Engineering<br />
at London’s Imperial College<br />
travelled to Berlin earlier this<br />
year to visit some of the city’s<br />
great landmarks and find out<br />
how 21st century engineering is<br />
being practiced outside the UK.<br />
The annual trip, organised by<br />
the College and sponsored in<br />
part by <strong>Royal</strong> <strong>Haskoning</strong>, aims<br />
to demonstrate what a career<br />
in civil engineering can involve<br />
and give students from the<br />
four-year undergraduate degree<br />
programme the opportunity to<br />
integrate and share knowledge.<br />
Douglas White, one of the<br />
students from the College who<br />
organised the trip, said: “The<br />
annual trip is a really good way for<br />
students to view civil engineering<br />
works at close quarters and to<br />
link up with others in the civil<br />
engineering field. During this<br />
trip, the students saw some of<br />
Berlin’s most famous engineering<br />
feats, both old and new. They<br />
visited Berlin’s popular TV tower,<br />
a relic from the city’s former<br />
communist regime, and learnt<br />
about the construction of Berlin<br />
Brandenburg Flughafen, the<br />
city’s new state of the art airport,<br />
which will include underground<br />
infrastructure, located beneath<br />
the runways.<br />
“The trip included a talk by<br />
Professor Mike Schlaich of<br />
Technische Universität Berlin,<br />
about incorporating elegant<br />
design into structures and<br />
this was followed by a tour<br />
of the university and the<br />
structures laboratory, where<br />
the students tested a prototype<br />
bridge designed by one of the<br />
postgraduates. Made of carbon<br />
fibre strips just millimetres thick<br />
the bridge was strong enough to<br />
hold the combined weight of the<br />
tour group.”<br />
The students also visited the<br />
central station where they learnt<br />
how the combination of Berlin’s<br />
high water level and the pressure<br />
of heavy trainloads on multiple<br />
floors creates an engineering<br />
challenge. On the last day, the<br />
students visited the Olympic<br />
stadium where they were able<br />
to see the historical structure up<br />
close, hear about its history, and<br />
find out how it accommodates<br />
today’s sporting events.<br />
“We would like to thank<br />
<strong>Royal</strong> <strong>Haskoning</strong> for their<br />
generous sponsorship<br />
which enabled the trip<br />
to be a huge success<br />
and an inspiration to a<br />
generation of future civil<br />
engineers”<br />
Douglas White, London’s<br />
Imperial College
8<br />
INTERNATIONAL NEWS<br />
Hail Atlantis<br />
as new island city emerges<br />
off Nigeria’s coastline<br />
Prompted by population explosion, increasing traffic congestion and<br />
decreasing space for new economic developments in Nigeria’s expanding<br />
Lagos city, the west African coastline is about to change shape as plans to<br />
create a new ‘marine’ city get underway.<br />
Brainchild of privately owned South<br />
Energyx Nigeria Ltd., and supported<br />
by the Lagos State Government, this<br />
enormous land reclamation project<br />
will see recovery and protection of<br />
the eroded Nigerian coastline at<br />
Lagos and construction of an 850<br />
hectare island. Designed to be fully<br />
self-supporting, Eko Atlantic City will<br />
provide a new business centre for<br />
Experts and stakeholders from<br />
Jakarta, Ho Chi Minh City, New<br />
Orleans and Rotterdam gathered<br />
at the Aquaterra exhibition in<br />
Amsterdam during January to take<br />
part in the second series of the<br />
groundbreaking Delta Dialogues.<br />
Range is a <strong>Royal</strong> <strong>Haskoning</strong><br />
publication issued 4 times a year. It<br />
is available in printed and electronic<br />
versions in both English and Dutch.<br />
our offices in the uk:<br />
our offices in the netherlands:<br />
other offices in europe:<br />
our offices worldwide:<br />
Lagos, offering high-value residential<br />
and office space and recreational<br />
opportunities that will support some<br />
400,000 residents and 200,000 daily<br />
commuters. A commercial bus service<br />
and seven tram lines will operate on<br />
the island and a ferry system will<br />
connect the city to Victoria Island –<br />
and help alleviate the overcrowded<br />
and congested conditions in Lagos.<br />
We always welcome comments from<br />
our readers. If you have any questions<br />
or feedback about anything you have<br />
read in Range then please email:<br />
range.uk@royalhaskoning.com<br />
Trusted and renowned in Nigeria<br />
for several engineering projects, in<br />
particular coastal and river projects<br />
it has carried out for over 50 years,<br />
<strong>Royal</strong> <strong>Haskoning</strong> was commissioned to<br />
the project to apply its multifaceted<br />
and versatile approach to developing<br />
the urban and transport master plan,<br />
which included: rules for land use,<br />
water management, assignment for<br />
living and working, high tech stateof-the-art<br />
infrastructure, traffic<br />
and recreation. <strong>Royal</strong> <strong>Haskoning</strong> is<br />
also responsible for carrying out the<br />
environmental impact assessment and<br />
overall management of the project.<br />
Now with the master plan completed to<br />
full satisfaction, the <strong>Royal</strong> <strong>Haskoning</strong><br />
team has moved on to the next step<br />
of the project – design of the city’s<br />
infrastructure.<br />
<strong>Royal</strong> <strong>Haskoning</strong> consultant, Hans van<br />
der Spek, said: “Now the master plan<br />
is complete we can turn to the next<br />
phase of the project which is to create<br />
the infrastructure for all the city’s<br />
public amenities, this will include the<br />
design of water, sewerage and waste<br />
water facilities and the provision and<br />
design of energy to supply power, the<br />
energy network and street lighting<br />
and tele-communications services.<br />
“Reclamation of the land began earlier<br />
this year and according to the schedule,<br />
this will be complete in 2016. This<br />
means construction and installation<br />
of all the infrastructure can commence<br />
with the structures springing up<br />
during mid 2010. The island will be in<br />
full use by 2030”.<br />
The importance of domestic and<br />
foreign investors for Eko Atlantic City<br />
is tremendous and already options<br />
have been taken for large plots of land.<br />
If you would like to change your<br />
subscription to receive Range by email,<br />
please use the same address to let us<br />
know.<br />
Owner of private company South<br />
Energyx Nigeria Ltd and initiator of<br />
the project believes he has found a<br />
solution for the traffic congestion on<br />
Lagos and the economic decline that<br />
threatens as a result. He said: “My<br />
family has enjoyed living and working<br />
in Lagos for one hundred years and the<br />
city has always been good for us. We<br />
wanted to give something back and,<br />
as a private party, wanted to create<br />
a fully self-supporting island with<br />
a business centre that offers highvalue<br />
residential and working space<br />
as well as recreational opportunities,<br />
which also guarantees the safety of<br />
its 400,000 residents and expected<br />
200,000 daily commuters. This new<br />
‘Manhattan’ will be guarded by the<br />
four cross-river connections which will<br />
be realised with Victoria and Lagos<br />
islands.”<br />
Dredging work is being carried out by<br />
China Communications Construction<br />
Company Ltd, under the supervision<br />
of the <strong>Royal</strong> <strong>Haskoning</strong> project team<br />
in Lagos.<br />
Hans van der Spek<br />
+31 (0)24 3284 330<br />
h.vanderspek@royalhaskoning.com<br />
Dialogues unite nations to find delta solutions<br />
Is there a way to make our delta areas resistant to climate change?<br />
This is a pressing question for many countries with densely populated<br />
coastal areas occupied by more than half the world’s population. According<br />
to specialists at <strong>Royal</strong> <strong>Haskoning</strong> – the answer is a resounding yes!<br />
Initiated by <strong>Royal</strong> <strong>Haskoning</strong>, the Delta<br />
Dialogues are designed to envoke<br />
discussion between nations with densely<br />
populated coastal areas, so they can help<br />
each other find solutions to adapt and<br />
protect their vulnerable coastal areas<br />
from the affects of climate change.<br />
Credit: Bottom Left, Essex Estuary Massachusetts by Dennis Hubbard, Oberlin<br />
The first series, held during December<br />
2008, took place in Jakarta, which<br />
is especially prone to flooding,<br />
particularly due to climate change.<br />
Three further Delta Dialogues took<br />
place during January, March and April.<br />
<strong>Royal</strong> <strong>Haskoning</strong> consultant Stefan<br />
Nijwening, said: “Presentations about<br />
deltas in Vietnam and Indonesia during<br />
the second series were inspirational<br />
and opened up interactive discussions.<br />
Collaboration, exchange of knowledge,<br />
inspiration from other countries and<br />
innovation are all central to the Delta<br />
Dialogues.<br />
“Our advice to any country concerned<br />
about adapting to the threat of climate<br />
change is to first draw lessons from<br />
other countries that have experienced<br />
it first hand and learn the lessons from<br />
them before formulating strategies<br />
or taking measures in their own delta<br />
regions. For example, New Orleans<br />
has amassed extensive experience<br />
surrounding emergency response,<br />
while the Netherlands has expertise<br />
in the field of storm flood measures.<br />
By analysing specific problems<br />
collectively and sharing knowledge,<br />
effective and sustainable solutions can<br />
be determined and put into practice<br />
faster and more effectively.<br />
“<strong>Royal</strong> <strong>Haskoning</strong> provides advice<br />
to authorities in many delta areas,”<br />
Stefan continues. “We see the<br />
common ground and the differences,<br />
which puts us in an excellent position<br />
to fulfil the role of middleman. Our<br />
message is that the solution does not<br />
always lie in expensive technical skill,<br />
but by exchanging relevant knowledge<br />
and experience on a global scale,<br />
participants can learn a lot from one<br />
another. By investing in knowledge<br />
networks with our clients at home and<br />
For further information about<br />
<strong>Royal</strong> <strong>Haskoning</strong>, please visit our<br />
website at<br />
www.royalhaskoning.co.uk<br />
range > summer <strong>2009</strong><br />
Fact File<br />
The city of Lagos has an estimated<br />
19 million residents and its central<br />
business district of Lagos is the<br />
economic heart of West Africa.<br />
The business district is located<br />
on Victoria and Lagos islands<br />
and borders the Atlantic Ocean.<br />
Victoria and Lagos islands have<br />
only three cross-river connections<br />
with mainland Lagos, which is<br />
also developing. Millions of<br />
commuters travel to and from<br />
the central business district every<br />
day, resulting in enormous traffic<br />
jams. Public transport is still in<br />
its infancy and travelling by car<br />
or minibus – of which there are<br />
70,000 in Lagos – together with<br />
the highly popular moped, can<br />
be extremely dangerous. The<br />
city’s infrastructure and power<br />
supply have not developed in<br />
line with its growth and mobility<br />
and economic growth has almost<br />
reached its limit. For twelve<br />
hours a day, Lagos is virtually at<br />
a standstill.<br />
abroad we are investigating how<br />
we can make climate adaptation<br />
happen.”<br />
<strong>Royal</strong> <strong>Haskoning</strong> consultant Rob<br />
Bonte, who supported the Delta<br />
Dialogues in Jakarta, said: “We<br />
invited parties to consider ‘nonphysical’<br />
measures, exchange<br />
best practice and not just focus<br />
on clever technical inventions,<br />
but to recognise the relationship<br />
between spatial planning and water<br />
management.”<br />
During the World Water Forum<br />
in Istanbul held during March,<br />
experts from <strong>Royal</strong> <strong>Haskoning</strong> again<br />
provided interactive sessions with<br />
the objective of collectively learning<br />
from international experience.<br />
For more information go to:<br />
www.deltadialogues.com<br />
Contact<br />
Stefan Nijwening<br />
+31 (0)24 3284 725<br />
s.nijwening@royalhaskoning.com<br />
Editor<br />
Kelly Oliver, <strong>Royal</strong> <strong>Haskoning</strong><br />
Copywriting<br />
Julie Morgan, Sheng Chi Communications<br />
Design & layout<br />
Charles Whalley Advertising Ltd<br />
Printing<br />
KJS Print to Mail Services Ltd<br />
www.royalhaskoning.co.uk<br />
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