A US-Singapore Company Announces Renewable Thermolytic Hydrogen

RAFFLES PLACE, Singapore - July 12, 2024 - PRLog -- SINGAPORE ‒ NexusInnovest, a rapidly emerging waste-to-energy company, has established new performance standards for its latest GH2E MSW-H2 system. This hydrogen capture innovation produces its lowest-cost green hydrogen output to date, with zero greenhouse gas (GHG) emissions or harmful effluents, which means that every thermolytic capture platform sets a new threshold for the cost-competitiveness in the green hydrogen production, simply because it's a by-product of one or more carbon-negative offtakes.

"NexusInnovest is excited to be a part of a shared, long-term vision to decarbonise the landfill, agriculture and waste treatment industries nationwide. Every company now wants to play a role in sustainability as long as the financials support it ‒ and our hydrogen capture systems clearly check that box each and every time," remarked Walter Connell, CEO and Managing Director. "For areas of the economy that are facing the threat of regulatory intervention, unequal access to renewables or financial uncertainty, each thermolytic hydrogen capture system simplifies the economics of today's energy transition."

The GH2E transforms agricultural and food processing waste, wastewater sites and numerous bioremediation opportunities linked to oil, gas and coal production. These modular platforms are built to handle abundant and readily-available feedstocks so that industries and municipalities now become part of a global, trū-zero energy transition without legacy impacts on the environment or future generations who depend on all of us.

About Renewable Thermolytic Hydrogen
An energy model that needs a new machine or an improved technology, and hasn't yet embraced it, is already paying a steep price in its absence. Renewable Thermolytic Hydrogen (RTH) is an increasingly critical part of the net-zero by 2050 strategy to decarbonise sectors of the economy where GHG emissions compliance is the most difficult to resolve.