We are pleased to present this book which showcases ... - WSP Group
We are pleased to present this book which showcases ... - WSP Group
We are pleased to present this book which showcases ... - WSP Group
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Demand for power and water in the Middle East is growing in line<br />
with the rapid economic development of the region. In Saudi Arabia,<br />
the government is investing £1700M in power and desalination<br />
plants over the period 2005-2025.As the first independently<br />
operated and financed water and power project (IWPP) in<br />
Saudi Arabia, the 900 MW plant in Shuaibah, <strong>which</strong> will treat<br />
880 000 cu m of water every day, is setting new standards<br />
in terms of its environmental performance.<br />
<strong>WSP</strong> was appointed by the Saudi Malaysian Consortium <strong>to</strong> undertake<br />
the environmental and social impact assessment (ESIA) for the<br />
project and <strong>to</strong> develop a plan for its ongoing environmental<br />
management and moni<strong>to</strong>ring.<br />
The ESIA had <strong>to</strong> comply with the Equa<strong>to</strong>r Principles and meet the<br />
standards of both the Saudi Regula<strong>to</strong>r (Presidency of Meteorology<br />
and Environment) and the lending banks financing the project.<br />
In delivering the planning approvals within the stringent time<br />
constraints of the programme, and keeping all stakeholders<br />
on the project informed about its progress,<strong>WSP</strong> ensured that the<br />
consortium could achieve sign-off from these bodies <strong>to</strong> build and<br />
operate the plant.<br />
Our work has established a new set of environmental benchmarks<br />
and the development of appropriate environmental mitigation has led<br />
<strong>to</strong> construction and operational costs being minimised. Key <strong>are</strong>as for<br />
<strong>which</strong> <strong>WSP</strong> provided solutions through innovation and c<strong>are</strong>ful design<br />
of mitigation measures included:<br />
■ Design and operation of marine outfall <strong>to</strong> minimise impact on<br />
oral reef ecology, including water quality modelling undertaken<br />
by Danish Hydraulics Research (DHI);<br />
■ Air quality modelling of IWPP atmospheric emissions <strong>to</strong><br />
demonstrate compliance with World Bank guidelines;<br />
■ Identification of an appropriate site and disposal option for power<br />
station fly ash;<br />
■ Close cooperation with Saudi nationals from the King Abdulaziz<br />
University, Jeddah, <strong>to</strong> ensure a culturally sensitive approach <strong>to</strong><br />
consultations with local community.<br />
The consortium will operate the plant for 20 years, selling water and<br />
power back <strong>to</strong> the Water and Electricity Company of Saudi Arabia.<br />
The IWPP’s performance will be closely moni<strong>to</strong>red, and the<br />
environmental management and moni<strong>to</strong>ring plan developed by <strong>WSP</strong><br />
provides a sound basis for protecting the client’s investment by<br />
ensuring ongoing compliance with environmental standards.<br />
The ESIA was completed in a timely fashion and achieved PMR<br />
approval in December 2005 and the required Financial Closure for<br />
<strong>this</strong> £1500M project by mid January 2006.<br />
Client:<br />
Saudi Malaysian Consortium (four partners)<br />
Project team:<br />
Trowers and Hamlin (Legal Counsel)<br />
Mahassni (Saudi Counsel)<br />
ILF Consulting Engineers (Technical Advisor)<br />
Standard Chartered Bank<br />
Environmental Consulting Bureau<br />
King Abdulaziz University Jeddah<br />
Status:<br />
Environmental planning consents achieved by December 31 2005<br />
<strong>WSP</strong> services:<br />
Environmental Consultancy<br />
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