Transform Byproducts into Power - XCF and Posh Energy intend to deploy Flex-Fuel Gensets at New Rise Reno, converting SAF and renewable diesel byproducts into zero-carbon electricity and unlocking new revenue streams. Layered Credit Advantage - Hydrogen produced is expected to qualify for the federal 45V Tax Credits, while the clean power generated can reduce the lifecycle carbon intensity of New Rise Reno's fuels, boosting the value of its 45Z and LCFS credits, or be sold into the local energy grid to meet ...

Clean Energy Transition - Britain aims to lead in clean power, demonstrating painless grid decarbonization without relying on cheap solar power [1] - The clean-power push carries the risk of failure in decarbonizing the grid [1]

Industry Trend - Rising electricity costs are complicating the transition to clean power [1]

Clean Energy & Policy - Green hydrogen projects are facing challenges [1] - Canberra is increasing clean power targets [1] Energy Market - LNG exports are putting pressure on local energy prices in Australia [1]

Australia will expand its flagship clean power program by a quarter to meet an ambitious target to more than double renewable energy generation by the end of the decade. https://t.co/xB3khTe4mK ...

First China surged ahead of the US on clean power, and now India has, too, writes @davidfickling (via @opinion) https://t.co/0eosZFGetL ...

Economic Stimulus and Clean Power - A massive 167 billion USD (1.2 trillion yuan) economic stimulus is planned [1] - The stimulus will boost clean power initiatives [1] Infrastructure Project - A mega-dam project in Tibet is the focus of the investment [1] Geopolitical Implications - The project has proven alluring to Chinese leaders [1]

Environmental Concerns - Electric vehicle battery suppliers like BYD and EVE Energy are urged to increase the adoption of clean power at their manufacturing sites [1] - Greenpeace highlights the need for battery suppliers to transition to cleaner energy sources [1]

Core Insights - HyOrc Corporation is addressing the vulnerabilities of centralized power grids in Europe by offering modular hydrogen engine systems as a solution to reduce reliance on these grids [1][2] - The company's technology is designed to provide off-grid power solutions, particularly in critical infrastructure sectors such as hospitals and data centers, which are heavily impacted during grid failures [2][3] Company Overview - HyOrc Corporation (OTC: ASPZ) specializes in developing high-efficiency, multi-fuel hydrogen engines and waste-to-energy systems aimed at transport and distributed power [4] - The flagship product is a modular hydrogen engine that delivers diesel-competitive economics while maintaining zero-emission capabilities [4] Technology and Applications - The modular power units can be deployed off-grid within six months and are housed in 20- or 40-foot containers [2] - The core technology utilizes a high-efficiency, multi-fuel engine based on the Organic Rankine Cycle (ORC), achieving up to 45% efficiency with various fuels including hydrogen, methanol, LPG, biogas, and syngas [2][3] - HyOrc's technology is noted for its durability, scalability, and fuel flexibility, distinguishing it from traditional fuel cells that require high-purity hydrogen and extensive infrastructure [3] Market Focus - The company is actively integrating its systems into heavy-duty transport and industrial energy solutions, including a next-generation hydrogen locomotive platform for European rail [3] - HyOrc is advancing clean power proposals across the UK and EU, targeting ports, logistics corridors, and off-grid industrial sites [3]