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BioEnergy Development Inc. (CNER), formerly China New Energy Group Company, develops distributed waste-to-energy infrastructure using mobile and modular bioreactor systems. Company news focuses on BioGrid™, bioreactor sales, biomass testing, microgrid concepts, and deployments that convert wood waste, manure, and other organic feedstocks into syngas-to-energy, renewable power, biochar, biocarbon products, and activated carbon.
Updates also cover customer contracts, offtake discussions, strategic investments, manufacturing and engineering capacity, and applications for rural communities, agricultural operators, industrial sites, AI computing, crypto mining, and water-treatment markets.
BioEnergy Development (OTC:CNER) announced an Opala Energy I investment to deploy a Montana activated carbon (AC) module designed to produce 3,000 dry tons/year of premium AC with up to 92% carbon using U.S. wood waste and tree nut shells. The unit targets EPA-driven municipal demand from the April 2024 PFAS rule and seeks NSF/ANSI 61 certification. The project leverages on-site syngas energy, may qualify for IRA Investment Tax Credit and bonus depreciation, and is intended for replication into a multi-unit fleet producing up to 12,000 tons/year.
BioEnergy Development (OTC:CNER) launched BioGrid™ on January 13, 2026, a commercial distributed waste-to-energy platform targeting forest-dependent rural communities. The company says BioGrid™ can serve 824 target communities and 5.5 million residents, unlocking an estimated 12.3 TWh of energy from local wood waste. Units are reported as in production and shipping now, with active supply chains and short lead times. BioGrid™ uses the company's eXRGY™ thermal conversion to provide baseload power, waste-heat greenhouse heating, and biochar for carbon revenue and soil regeneration.
bioEnergy Development (OTC:CNER) announced that its Q3 2025 bio-waste testing pipeline has reached full capacity at its Northern Alberta operations facility. The company, specializing in mobile, modular waste-to-energy systems, will conduct comprehensive assessments including fuel quality analysis, conversion optimization, and laboratory analyses for various bio-waste streams.
The testing program will evaluate multiple waste sources including wood manufacturing residuals, treated wood waste, manure, agricultural waste, invasive plants, and construction wood waste. Each assessment package will include detailed evaluations of energy potential, process optimization, and regulatory compliance pathways to support sustainable development and waste valorization.
bioEnergy Development (OTCID:CNER) has unveiled a groundbreaking decentralized microgrid platform powered by their bioReactor technology, capable of generating 1 GWh of dispatchable electricity for AI computing and crypto mining operations. The system utilizes containerized bioreactors that convert wood waste and cattle manure into power while producing valuable byproducts.
The company's 40-foot containerized units generate three key value streams: electricity/heat for microgrids, biochar for carbon sequestration, and biocarbon products. The system boasts operating costs 90-95% lower than micro-nuclear power generation and can be deployed in months rather than years. The solution targets hyperscalers, colocation providers, and industrial operators, offering microgrid configurations from 1.5 MWh to 1 GWh.
bioEnergy Development (OTC PINK:CNER) has announced the sale of its first mobile bioreactor unit, priced at $1.5 million, to a Florida customer in the equestrian industry. The breakthrough technology enables on-site waste-to-energy conversion, transforming horse manure and wood waste into renewable electricity, biochar, and OMRI-certified agricultural products.
The portable unit will operate in a hub-and-spoke model between equestrian events, providing syngas-powered battery charging stations for EVs and equipment. When not mobile, it will process community-sourced waste at a hub site, producing USDA, OMRI, and CFIA-certified bio stimulants. The company expects to deliver this first system in Q4 2025.
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