Many see growing nuclear energy capacity as paramount to meeting the nation’s power generation needs for an anticipated 125 GW of coming data centers and artificial intelligence training models.
Asahi Kasei's recent pilot at Kojima Sewage Treatment Plant produced over 99.5% biomethane with 97% purity using proprietary zeolite materials, marking an advancement in bioenergy technology and paving the way for commercial deployment by 2027.
A functional H2 infrastructure beyond petrochemical applications offers power generation potential, but it’s tough to understand and difficult to scale.
Lightstar Renewables' Plains Road Agrivoltaics project in Montgomery, NY, demonstrates how solar energy can be integrated into active farmland, supporting both food production and clean energy generation while maintaining agricultural operations.
Cemvita, a U.S.-based biotech firm, plans to build a pioneering facility in Rio Grande do Sul, Brazil, to produce low-carbon oil for SAF and regenerative biofertilizer, marking the first industrial-scale use of its bioconversion technology.
The program aims to strengthen the U.S. nuclear fuel supply chain; most uranium used in power generation is imported from Canada, Kazakhstan, and Russia.
