The Clear Alternative

We are reimagining how our local Prima Deshecha Landfill can produce consistent renewable energy for Orange County.  

And create a state of the art prototype for every landfill to duplicate. 

Over 2000 landfills nation wide have no LFG collection system at this time.

New Analytical Approach

Methane gas from landfills is one of the largest sources of greenhouse gas but the methane is also biofuel.

The current situation at Prima Deshecha Landfill is burning off 3000 cubic feet per minute of landfill gas 24 hours a day. Wasting over 4.3 million cubic feet per day of this biofuel that can provide consistent renewable energy for our community. 

A total waste of this valuable consistent renewable energy.  

This could produce up to 30MW for 26,000 homes in South Orange County.

New Energy / Biofuel Farms

This is a opportunity to create a state of the art biofuel to electrical power plant that will be a blueprint for all landfills to produce electricity from the methane produced as garbage decomposes in its natural process. 

Energy from landfills is continuous 24/7 and will produce for the foreseeable future as landfills will always fill with garbage that will always produce methane gas that is considered Renewable Natural Gas RNG. 

 The Bio-Energy Research Lab turns the Landfill into a living laboratory. We aren't just reacting to the waste we receive; we are actively engineering it to produce more power. This facility secures our position as a leader in the Blue Economy and ensures that every ton of waste is squeezed for its maximum energy and carbon value.  It moves Prima Deshecha from being a Toxic Gas Producer to being the 

'Silicon Valley of Bio-Energy'. 

The Biofuel Farms will provide energy for our homes for decades to come.

Our plan has the capability to generate 30 Gigawatts (GW) of continuous, distributed baseload power across the United States.  While permanently erasing more than 10% of total U.S. greenhouse gas emissions. 

New Steam Independent Power Inc. 

The Clear Alternative

The NSIP Biofuel Farm ecosystem transforms high-liability landfills into grid-isolated, carbon-negative power hubs for AI data centers, serving as a rapid, modular alternative to traditional nuclear energy.

Core Strategic Synthesis

• The Core Asset: Encapsulates volatile landfills under 600-acre vacuum caps and negative-pressure BACT barns, processing raw methane and toxic leachate through anaerobic bioreactors to power flameless Mainspring Linear Generators (yielding 30–45 MW per node).
• California Portfolio Potential: Across ~125 active California landfills, deploying 30 MW modular nodes generates ~3,750 MW (3.75 GW) of continuous, behind-the-meter (BTM) baseload power, removing grid interconnection delays for hyperscale tech tenants.
• Capital Efficiency: A single 30 MW node requires ~$106.7M gross CAPEX ($74.7M net post-30% IRA credit), yielding $33.5M in net annual EBITDA with a 2.23-year payback period.
• Global Monetization Engine: Scales worldwide via an asset-light 4.5–6.5% Gross Revenue Royalty framework, allowing third-party capital to fund physical infrastructure across 20,000+ potential sites while NSIP collects recurring high-margin IP fees.

Biofuel Farm Network vs. Nuclear Power Plant

Strategic Dimension          30 Biofuel Farms 900 MW       Nuclear Reactor 1,100 MW

Capital Requirements             $5B Net CAPEX               $12B – $15B+ CAPEX 

Speed-to-Market                   12–24 months                       10–15+ years 

Environmental Impact             Carbon-negative                       Spent fuel           

The Vision — A Global Carbon‑Negative Utility

Globally, there are 10,000+ methane‑producing landfills.

Worldwide potential:

3–5 PWh/year of carbon‑negative electricity

NSIP becomes the world’s largest carbon‑negative energy producer.

PWh stands for petawatt-hour, a massive unit of energy equal to 

1,000,000,000,000 kilowatt-hours (kWh)