Saudi Arabias Saline Water Conversion Corporation (SWCC) is seeking to appoint a legal consultant to assist with the planned privatisation of the Ras al-Khair power and water plant, which houses the largest desalination facility in the world.
MEED recently reported that SWCC had invited financial consultants to bid for the financial advisory role on the scheme. MEED now understands that the client has also invited law firms to pitch for the legal advisory role on the scheme.
As with the financial advisory contract, SWCC has invited law firms to submit proposals in the second week of July for the legal role.
According to sources close to SWCC, the Ras al-Khair plant is planned to be the first brownfield asset of the SWCC portfolio to be privatised. The privatisation of the utilities plant is being fast-tracked, and is hoped to act as a trailblazer for the privatisation of the rest of SWCCs assets, which are likely to be bundled up and sold off to the private sector.
The plant, which has a desalination capacity of 1,025,000 cubic metres a day (cm/d) and utilises both reverse osmosis (RO) and multi-stage flash (MSF) technologies, was fully commissioned in 2016. The plant also has a substantial power generation component, with a capacity of 2,400MW.
While Riyadh first launched plans to privatise the major components of SWCC in 2008, the process had stalled until last year when it was given fresh impetus following the launch of the Saudi Vision 2030 economic reform programme. SWCC is targeting to have sold all of its brownfield assets by 2020.
In addition to privatising existing brownfield assets, SWCC is also moving ahead with plans for the private sector to develop major desalination and combined power and water generation plants through the independent water project (IWP) and independent water & power project (IWPP) models respectively.
SWCC has drawn up plans for a total of eight new IWPs or IWPPs to be develop dup to 2025. In May, MEED reported that SWCC had appointed advisers for two planned IWPs with a combined total capacity of more than 800,000 cm/d.