Lyng Composite signs contract with Aqualyng
Lyng Composite and Aqualyng have signed a contract on the development of energy recuperators for RO desalination plants. The contract has a duration of 1 to 2 years.
The technology is also relevant for other process industry.
18.08.2008
Lyng Composite signs important contract with Statkraft
Lyng Composite and Statkraft have entered into an agreement for development of membrane houses for Osmotic power. Lyng Composite will over a period of one and a half year contribute to develop this product for Statkraft.
Follow this link for more info:
Osmotic power in brief
13.03.2008
Innovation Norway awards industrial r&d contract to Lyng Composite
Innovation Norway has now approved Lyng Composites application for an Industrial R & D contract.
The application comprises a technical collaboration with energy supplier Statkraft to design, build prototypes and test membrane pressure vessel for PRO (pressure retarded osmosis), also known as Saltpower.
13.12.2007
Utspring supports Lyng Composite energy recovery project
Utspring decided to support Lyng Composite with 50 000,- NOK for market research as well as a preliminary design and production cost estimate for a composite pressure exchanger.
The exchanger will be designed specially for use in energy recovery applications.
Lyng Composite focuses on use of composite materials in combination with new valve technology to reduce cost and increase life time, which is highly relevant for this kind of systems
11.12.2007
Lyng Composite signs letter of intent with Statkraft
Lyng Composite and Statkraft have just signed a letter of intent, the first step in direction of getting into a committed partnership regarding development and manufacturing of pressure vessels for PRO membranes. Hopefully this will bring the new and promising technology of using pressure retarded osmosis for power production one step closer to commercialization.
22.02.2007
Lyng Composite develops 1350 Bar pressure vessel
In cooperation with the Trondheim based company ResLab and NTNU (the Norwegian university of science and technology) we have now developed a filament wound pressure vessel for an operational pressure 1350 Bar (20000 PSI) and a test pressure of 1750 Bar (25000 PSI). After intensive testing, the pressure vessel are now approved for serial production by customer ResLab.
10.02.2007
Lyng composite ships prototype of SWRO pressure vessel pack
After a very intensive period of development and testing since May 2005, we are now ready to ship the first prototype of the SWRO pressure vessel pack. The unit are going to be subject for full scale field testing in an operative desalination plant in the Canary Islands.
15.05.2006