NewYork GreenCloud Acquires Buena Vista Biomass Facility to Launch Carbon-Negative AI Factory
NewYork GreenCloud (NYGC), a pioneer in sustainable AI infrastructure, announced today the acquisition of the Buena Vista Biomass Power (BVBP) facility, located in Ione, California. The site will serve as NYGC’s first large-scale carbon-negative AI Factory, integrating advanced biomass-to-pyrolysis energy systems with behind-the-meter, liquid-cooled AI computing infrastructure. This move positions NYGC at the forefront of combining high-performance computing with renewable, baseload energy solutions.
“The Buena Vista Biomass Power facility represents the beginning of a national platform of carbon-negative AI Factories,” said Joe Church, CEO of NewYork GreenCloud. “This facility will enable us to deliver high-performance compute services with a dramatically lower carbon footprint, setting a new standard for sustainable AI operations.”
Transforming Biomass Power into AI Energy
The redevelopment of the Buena Vista site is a joint effort between NYGC and BucSha Energy, a leading biomass-to-pyrolysis engineering firm. The partnership aims to convert the existing 18MW facility into a 41MW power plant capable of feeding an on-site AI factory with renewable, baseload energy. This energy will directly support next-generation GPU clusters, enabling high-performance AI computing without reliance on fossil fuels.
“By focusing exclusively on regional biomass, we create a clean, stable, and scalable energy source that can power modern AI infrastructure,” explained Dave Shaffer, Founder of BucSha Energy. “Our approach leverages locally sourced biomass feedstocks, transforming them into reliable energy while maintaining carbon-negative operations.”
The redevelopment process will involve upgrading the existing biomass boiler systems to advanced pyrolysis technology, which efficiently converts organic materials into energy while minimizing carbon emissions. The generated electricity will be routed directly to the AI facility’s liquid-cooled server racks, optimizing efficiency and reducing transmission losses.
Financial Strategy and Capital Advisory
Impact Capital Partners played a key role in advising NYGC on capital strategy and financing options for the acquisition. “This acquisition represents the blueprint for scalable, sustainable compute,” said Sandy Goodman, Managing Partner at Impact Capital Partners. “Our role was to ensure the financial structure aligns with long-term operational goals while supporting a rapid rollout of similar projects nationwide.”
The transaction demonstrates a growing trend in the energy and technology sectors, where companies are seeking innovative solutions to address both sustainability and performance needs. By combining renewable energy generation with AI computing infrastructure, NYGC is creating a model that could transform data center operations and reduce the carbon footprint of high-performance computing globally.
Towards a National Platform of Carbon-Negative AI Factories
The Buena Vista AI Factory is the first in a series of planned facilities for NYGC. The company, in collaboration with BucSha Energy and Impact Capital Partners, is evaluating additional sites across the United States to replicate this model. The goal is to establish a network of carbon-negative AI factories, each powered by locally sourced biomass and optimized for high-efficiency AI workloads.
“This is more than just a facility—it’s a template for sustainable AI infrastructure at scale,” added Church. “As demand for AI compute grows, so does the need for innovative energy solutions that do not compromise the environment. Our approach demonstrates that high-performance AI and sustainability can coexist.”
Implications for the Energy and AI Industries
The combination of biomass energy and liquid-cooled AI computing offers multiple benefits:
- Carbon-Negative Operations: By using biomass feedstocks and pyrolysis conversion, the facility removes more CO₂ from the atmosphere than it emits.
- Grid Independence: Behind-the-meter power generation reduces reliance on the grid, providing predictable energy costs and operational stability.
- Scalability: The modular nature of the biomass-to-energy systems allows for expansion, potentially scaling from 41MW to larger capacities depending on regional biomass availability.
- Regional Economic Impact: The use of local biomass supports local agriculture and forestry industries, creating jobs and stimulating regional economies.
Experts in both the energy and AI sectors view this development as a potential turning point. As AI workloads continue to grow exponentially, energy-intensive data centers have faced criticism for their environmental impact. Projects like the Buena Vista AI Factory offer a sustainable alternative that balances compute power with climate-conscious energy practices.
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