The need for efficient, reliable thermal management is growing, and passive cooling technologies like the Loop Thermosyphon ...

We could have rebuilt a couple of hospitals. Or bought 45 new Challenger tanks. Or restored the winter fuel allowance to 800,000 of the neediest pensioners.

An engineering student from Penn State may have helped to unlock new possibilities for the future of wind power.

UK startup Drift Energy is building boats equipped with underwater turbines that will generate clean hydrogen.

Ionic Wind Technologies is experimenting with solid-state ionized air cooling that can simplify the cooling of data centers.

The company plans to deploy a 16MW floating offshore wind turbine (FOWT ... for a first demonstrator project will be capable of supporting 18MW turbines and has secured approval in principle (AIP) ...

TLP technology offers distinct advantages over other floating wind turbine designs ... has received approval in principle from classification society Bureau Veritas. The platform will connect ...

Discover the intricate balance between art and science in architecture, from structural engineering to energy efficiency and ...

Designed by the CNOOC Research Institute, the TLP floating wind foundation —capable of supporting 16 MW to 18 MW turbines — has secured approval in principle (AIP) from classification society ...

Italy’s Saipem and Norway’s Subsea7 have reached an agreement to merge the two companies, to create an industry leader in ...

Understanding that sustainable development includes improving the lives of the disadvantaged, banks now offer a host of ...