Interesting Engineering on MSN
Japan’s 4,800-ton hydrogen tanker: How its engine, batteries and motors work
Japan has demonstrated a coastal tanker using a hydrogen-fired, four-stroke, high-speed engine in what ...
India's first LNG-diesel dual-fuel train aims to cut diesel use, while its hydrogen counterpart, launched earlier, uses fuel cells to generate electricity ...
Transport shipping relies on diesel fuel, significantly contributing to annual global emissions. A new AI-tuned hydrogen ...
New experiments show that turbocharger-induced exhaust backpressure costs large port-fuel-injected hydrogen engines several ...
With high costs still limiting wider adoption, how efficiently hydrogen is ultimately used deserves greater attention.
Toyota and Mission H24 have already worked together on cooling and aerodynamics, but the H24EVO will now be powered by a 3.5-liter V6 powertrain developed specifically for motorsport by Toyota instead ...
Japan is developing new ways of using hydrogen in shipping, with a 4,800‑ton hydrogen tanker designed around a combination of ...
The 508-horsepower prototype with electric assist is being engineered to power demanding shredding jobs in a Terex Ecotec TDS ...
Toyota does three-year lease deals with what it calls "forward thinking businesses and organisations" - generally energy ...
While EV (electric vehicle) and battery technologies have evolved, EVs are not required in every aspect of society. In particular, there are still many challenges to be solved regarding the severe ...
A new light-activated material can efficiently produce hydrogen from water without requiring an additional expensive metal ...
If you’re not an astronomer, the obvious answer is yes. That’s tautological! Sunlike stars are stars like the sun. The sun is ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results