Lotus Control is a true reference in the Construction Sector Industrial Plant due our great ability to offer complete solutions for large projects anywhere in the world.
Lotus Control is also winner of the plastic valves for the desalination plant in Agadir.
With this new award Lotus Control will provide its sixth package in this project.
Lotus Control has been selected for the supply of interlocking valves and remote valves for the electric conversion platform that Dragados Offshore is building in the German North Sea.
Dragados will develop, build and deliver the HVDC converter platform of the Dolwin 6 project.
The Offshore conversion platform transforms the electrical energy of wind turbines by 155 kV high voltage AC cables, to 320 kV high voltage dc current, exporting it to the sub-station on land. The platform will be connected to the existing Dolwin Beta platform.
Lotus Control is awarded the manual valve package for the renovation and maintenance of the IDAM in Honaine (Algeria) in operation since 2011.
Lotus Control has been selected for the supply of relief pressure valves for the Dubal desalination plant that Abengoa Water is building in the port city of Jebel Ali, located 35 km south-west of Dubai in the United Arab Emirates.
The plant includes the pretreatment by dissolved air flotation (DAF, dissolved air flotation) and filters of gravity, a reverse osmosis system of five frames, a post-treatment from calcite beds and carbon dioxide (CO2) and water pumping product. Additionally, it will have an ultra-pure water production system through a treatment by electrodeionization.
Lotus Control will supply the check valves for the Taweelah desalination plant which is the largest reverse osmosis in the world that Abengoa Water has awarded in the Arab Emirates at 45 km north of Abu Dhabi.
It will have a capacity of 909,000 m3/day guaranteeing supply to the city of Abu Dhabi for one year and will be the emirate's first large-scale desalination plant that combines drinking water production with clean power generation thanks to the installation of a photovoltaic solar field of more than 40 MW of power.