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bioEnergy Development Announces Decentralized 1 GWh Power-Generation Microgrid for AI Computing and Crypto Hyperscalers

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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 (OTCID:CNER) ha presentato una piattaforma microgrid decentralizzata e innovativa basata sulla tecnologia bioReactor, in grado di generare 1 GWh di elettricità erogabile per applicazioni di calcolo AI e mining di criptovalute. Il sistema utilizza bioreattori containerizzati che trasformano scarti di legno e letame bovino in energia, producendo al contempo sottoprodotti di valore.

Le unità container da 40 piedi dell'azienda generano tre flussi di valore principali: elettricità/calore per microgrid, biochar per la sequestrazione del carbonio e prodotti a base di biocarbone. Il sistema vanta costi operativi dal 90 al 95% inferiori rispetto alla generazione micro-nucleare e può essere installato in pochi mesi anziché anni. La soluzione è rivolta a hyperscaler, provider di colocation e operatori industriali, offrendo configurazioni di microgrid da 1,5 MWh a 1 GWh.

bioEnergy Development (OTCID:CNER) ha presentado una plataforma de microred descentralizada e innovadora impulsada por su tecnología bioReactor, capaz de generar 1 GWh de electricidad despachable para computación AI y minería de criptomonedas. El sistema utiliza biorreactores containerizados que convierten residuos de madera y estiércol bovino en energía, produciendo además subproductos valiosos.

Las unidades containerizadas de 40 pies de la compañía generan tres flujos de valor clave: electricidad/calor para microredes, biochar para la captura/secuestro de carbono y productos de biocarbono. El sistema ofrece costos operativos un 90-95% menores que la generación micro-nuclear y puede desplegarse en meses en lugar de años. La solución está dirigida a hyperscalers, proveedores de colocation y operadores industriales, ofreciendo configuraciones de microred desde 1,5 MWh hasta 1 GWh.

bioEnergy Development (OTCID:CNER)� 자사 bioReactor 기술� 구동되는 획기적인 분산� 마이크로그리� 플랫폼을 공개했습니다. � 플랫폼은 AI 컴퓨� � 암호화폐 채굴� 위해 1 GWh� 요구 � 공급 가능한 전력� 생산� � 있습니다. 시스템은 목재 폐기물과 가� 분뇨� 전력으로 전환하는 컨테이너화된 바이오리액터� 사용하며, 동시� 가� 있는 부산물� 생산합니�.

사� 40피트 컨테이너 유닛은 마이크로그리드용 전기/�, 탄소 격리� 위한 바이오차, 그리� 바이오카� 제품이라� � 가지 주요 가� 흐름� 창출합니�. � 시스템은 마이크로 원자� 발전� 비해 운영 비용� 90~95% 낮다� 하며, 수년� 아니� � � 만에 배치� � 있습니다. � 솔루션은 하이퍼스케일러, 콜로케이션 제공업체 � 산업 운영자를 대상으� 하며, 1.5 MWh에서 1 GWh까지� 마이크로그리� 구성� 제공합니�.

bioEnergy Development (OTCID:CNER) a dévoilé une plateforme micro-réseau décentralisée révolutionnaire alimentée par sa technologie bioReactor, capable de générer 1 GWh d'électricité pilotable pour des opérations de calcul IA et de minage de cryptomonnaies. Le système utilise des bioréacteurs containerisés qui convertissent les déchets de bois et le fumier bovin en énergie tout en produisant des sous-produits de valeur.

Les unités containerisées de 40 pieds de la société génèrent trois flux de valeur clés : électricité/chaleur pour micro-réseaux, biochar pour la séquestration du carbone et des produits à base de biocarbone. Le système affiche des coûts d'exploitation inférieurs de 90 à 95 % à ceux de la production micro-nucléaire et peut être déployé en quelques mois plutôt qu'en années. La solution cible les hyperscalers, les fournisseurs de colocation et les opérateurs industriels, en proposant des configurations de micro-réseaux de 1,5 MWh à 1 GWh.

bioEnergy Development (OTCID:CNER) hat eine bahnbrechende, dezentralisierte Microgrid-Plattform vorgestellt, die von ihrer bioReactor-Technologie angetrieben wird und 1 GWh disponibler Elektrizität für KI-Rechenleistungen und Krypto-Mining bereitstellen kann. Das System nutzt containerisierte Bioreaktoren, die Holzabfälle und Rindermist in Energie umwandeln und dabei wertvolle Nebenprodukte erzeugen.

Die 40-ß-DzԳٲԱ-Einheiten des Unternehmens erzeugen drei wesentliche Wertströme: Elektrizität/Wärme für Microgrids, Biochar zur Kohlenstoffbindung und Biokohlenstoffprodukte. Das System weist Betriebskosten auf, die 90�95% unter denen der mikro-nuklearen Stromerzeugung liegen, und kann in Monaten statt Jahren bereitgestellt werden. Die Lösung richtet sich an Hyperscaler, Colocation-Anbieter und Industriebetreiber und bietet Microgrid-Konfigurationen von 1,5 MWh bis 1 GWh.

Positive
  • Operating costs are 90-95% lower than micro-nuclear power generation
  • Rapid deployment measured in months versus years for alternative solutions
  • Multiple revenue streams from power generation, biochar, and carbon credits
  • Zero waste production from power generation process
  • Scalable solution from 1.5 MWh to 1 GWh configurations
Negative
  • Technology still requires pilot testing with hyperscalers and colocation providers
  • Depends on consistent availability of wood waste and cattle manure feedstock

Mobile, modular bioreactors convert wood waste and cattle manure into power-plus carbon-negative products and saleable carbon credits.

SPOKANE, WA / / August 14, 2025 / bioEnergy Development Inc. (OTCID:CNER) ("CNER" or the "Company"), a publicly traded pioneer in mobile, modular waste-to-energy systems, today unveiled a decentralized microgrid platform for AI computing and crypto mining powered by the Company's bioReactor. Lab and field-tested on wood residues and a cattle manure stream, the decentralized system can supply approximately 1 GWh of net, dispatchable electricity-creating a local, scalable baseload without waiting years for centralized micro nuclear power generation.

"AI and High-Performance Computing ("HPC") need reliable, price-certain power now," said Gary Bartholomew, Chairman & CEO. "Our containerized bioreactors turn various biomass and residuals into watts at the source-solving grid constraints while cleaning up two of the hardest waste streams on the planet."

Waste to Watts-and Carbon Removal

Each factory-built 40� container (stackable or mobile) converts biowaste into three value streams:

  • Syngas � electricity/heat for behind-the-meter microgrids or export;

  • Biochar for durable carbon sequestration and soil performance;

  • Biocarbon, high-grade and specialty carbon replacement products

  • Soil amendment additives supporting soil pH, reducing invasive species in reclaimed lands, and post forest fire

Excess biochar blended with bio-stimulants is structured for high-quality carbon removal credits targeting enterprise buyers seeking verifiable offsets. Leading technology companies have publicly committed to purchasing durable carbon removal; bioEnergy's products are being prepared for that market.

A parallel wood-waste pathway delivers comparable output subject to residue availability, enabling a blended, redundant power supply for 24/7 operations.

Why It Matters for AI/HPC & Industrial Campuses

  • Speed: containerized deployment and rapid commissioning - months, not years.

  • Low Cost of Operations: Operating cost for power generation is 5-10% of micro-nuclear power generation

  • Resilience: on-site fuel and islandable microgrid architecture.

  • Decarbonization: methane avoidance, diesel/grid displacement, and permanent carbon storage in biochar.

  • Waste: No waste stream produced from power production

  • Economics: stacked value from power, certified products, and potential carbon-removal credits.

Availability - bioEnergy is engaging hyperscalers, colocation providers, and industrial operators for co-location pilots and long-term offtake structures now (power-as-a-service or utility JVs). Typical micro-grid configurations are available from 1.5 MWh to 1 GWh. Technical datasheets, feasibility modeling, and project-finance options are available at [email protected]

About bioEnergy Development Inc.

BioEnergy Development Inc. (OTC: CNER) is a renewable energy company focused on commercializing modular bioreactor technology that converts organic waste-such as animal manure and timber industry byproducts-into clean syngas for energy and valuable byproducts. Through a flexible model of bioreactor sales and utility-scale operations, the company is accelerating the shift to decentralized, sustainable power production. The Company has secured manufacturing in Calgary, Alberta. It intends to expand its engineering and development in the province, leveraging the vast amount of knowledge from the oil and gas and Mining Sectors to build scalable and reliable complex systems.

Important Notice Regarding Forward-Looking Statements

This press release contains statements that constitute "forward-looking statements" within the meaning of Section 27A of the Securities Act of 1933, as amended (the "Securities Act"), and Section 21E of the Securities Exchange Act of 1934, as amended (the "Exchange Act"). All statements, other than statements of present or historical fact, included in this press release, regarding the Company's future financial performance, as well as the Company's strategy, future operations, revenue guidance, projected costs, prospects, plans, and objectives of management are forward-looking statements. When used in this press release, the words "could," "should," "will," "may," "believe," "anticipate," "intend," "estimate," "expect," "project," the negative of such terms and other similar expressions are intended to identify forward-looking statements. However, not all forward-looking statements contain such identifying words. These forward-looking statements are based on management's current expectations and assumptions about future events. They are based on currently available information about the outcome and timing of future events. Except as otherwise required by applicable law, the Company disclaims any duty to update any forward-looking statements, all of which are expressly qualified by the statements in this section, to reflect events or circumstances after the date of this press release. Nothing in this release is intended to be an offer of sale or purchase of any securities nor a solicitation of any offer for the sale or purchase of any securities.

bioEnergy Development Inc. (formerly China New Energy Group Company)

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SOURCE: bioEnergy Development Inc.



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FAQ

What is bioEnergy Development's (CNER) new microgrid solution for AI computing?

bioEnergy Development has launched a decentralized 1 GWh microgrid platform that converts wood waste and cattle manure into power using containerized bioreactors, specifically designed for AI computing and crypto mining operations.

How much cheaper is CNER's bioReactor compared to micro-nuclear power generation?

The operating cost of bioEnergy's power generation system is 90-95% lower than micro-nuclear power generation, offering significant cost advantages.

What are the three main products generated by CNER's bioReactor system?

The system generates three value streams: 1) Syngas for electricity/heat, 2) Biochar for carbon sequestration and soil performance, and 3) Biocarbon products for various applications.

What capacity range does bioEnergy Development's microgrid system offer?

The system offers microgrid configurations ranging from 1.5 MWh to 1 GWh, suitable for various scales of operation.

How does CNER's solution contribute to environmental sustainability?

The system provides environmental benefits through methane avoidance, diesel/grid displacement, permanent carbon storage in biochar, and zero waste production from power generation.
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