Tag: Techno-economic analysis

Experimental tests in Tunisia show that copper fins, a transparent glass lid and precise pot positioning can raise panel solar ...

Running CO2 electrolyzers hot instead of at ambient temperature lets their waste heat power carbon capture and other plant units, ...

A new review maps how membrane technology, from advanced materials to hybrid process designs, can make helium recovery from dilute ...

A new collection of eleven studies maps the engineering, monitoring, and environmental challenges facing ocean-based carbon dioxide removal technologies.

A new review maps how pretreatment-derived inhibitors sabotage clostridial butanol fermentation and details the metabolic engineering, co-culture, and deep eutectic ...

A new systems-level analysis finds that cheap green hydrogen and airport infrastructure, not engine technology, will determine whether commercial hypersonic ...

A new browser-based platform called H2CHAIN couples hourly renewable generation, electrolysis, pressure-vessel mechanics and Monte Carlo economics into a single ...

A new review finds that extremophile microbes capable of degrading pollutants in saline, hot, acidic, and alkaline waste streams are ...

A detailed optimization study of a German wind farm shows that ignoring electrolyzer degradation and part-load efficiency inflates projected hydrogen ...

A new Omani techno-economic study shows that blending landfill leachate with food waste in a two-stage fermentation process can produce ...