Decarbonization Avenue : Concentrated Solar Power

Innovation Insights

CSP with dry cooling system

The conventional wet cooling method of thermal power plants is widely understood to be environmentally damaging, because it means warmer water is sent out into natural waterways, a thermal pollution that hurts fish. Regulations require that thermal plants must shut down if waterway temperatures rise too high as a result of this thermal pollution.

Air or dry cooling offers a viable alternative to traditional wet cooling and dramatically curbs water consumption because steam-cycle heat is rejected directly to the air without the need for water.

Relevant for

  • Mechanical engineer
  • Solar power professional

Innovation sector

  • Renewable energy sciences

Web Resources

Dry cooling: Slaking the thirst of concentrated solar power

Website : Link

Innovation Category

Stakeholders

Industry


Dry cooling of concentrating solar power (CSP) plants, an economic competitive option for the desert regions of the MENA region

Website : Link

Innovation Category

Stakeholders

Industry


A New Way to Dry Cool Solar Thermal Power Plants – with Underground? Air

Website : Link

Innovation Category

Stakeholders

Industry


Fraunhofer ISE Develops Solutions for Optimized Water Use in Solar Thermal Power Plants

Website : Link

Innovation Category

Stakeholders

Industry


Numerical and experimental study of small natural draft dry cooling tower for concentrating solar thermal power plant

Website : Link

Innovation Category

Stakeholders

Industry


Domain

Renewable Energy

Type of innovation

Core sciences & engineering

Stakeholders

University researcher

Corporate researcher

Startup or entrepreneur

Solution provider

Industry

Solar energy