Convert any waste into clean, continuous electricity. Use it for your operation, sell it to the grid, or power the most profitable infrastructure on earth — green data centers.
Choose the model that best matches your waste stream and financial objectives. All three are fully turnkey, modular, and deployable at scale.
Our standard plant ingests 150 tons of household waste directly from trucks and converts it to 6–11MW of usable electricity, 24/7, 365 days a year. Clean the air, clean the rivers — no landfills, and electricity for the community.
→ Powers 10,000 homes
Use the waste your company was discarding to make power for your factory or operation. Eliminate disposal costs entirely. Your waste stream becomes a cost center turned profit driver — and a planetary contribution.
→ Eliminate disposal costs
Use the power you generate to join the clean data revolution. Power a green edge computing hub — the most profitable use of a kilowatt-hour on earth. This option also carries the most attractive financing available.
→ Up to $2M revenue/dayPowered by Hoskinson Group's patented pyrolytic gasification system — the world's most efficient waste-to-energy technology, proven across hundreds of installations over 50 years.
Up to 150 tons/day of virtually any waste type — municipal, industrial, medical, hospital, tires. Accepts up to 65% humidity. No pre-sorting required.
High-heat, zero-oxygen environment molecularly deconstructs all waste materials, converting them into synthesis gases in a closed-loop system.
Resulting gases power steam turbines to generate 6–11MW of continuous, clean electricity. All gases and steam are reused within the closed loop.
Outputs are inert rubbles and ash — no toxic emissions. Lower particulate pollution than any competing system. Approved in USA, Canada, and Costa Rica.
Hoskinson Group's THG-150 is the first and most advanced waste-to-energy system in the world. Gordon Hoskinson began selling waste-to-energy plants over 50 years ago. The patented design continuously evolves — and today it stands as the highest uptime, most powerful output, and lowest maintenance solution available at any scale.
This system has been used to safely dispose of toxic, biological, hospital wastes and tires — with less particulate pollution than any competing technology. It is fully modular, deployable where your waste is, and engineered to run uninterrupted.
Our waste-to-data plants represent one of the most compelling infrastructure investment opportunities available today — combining green energy fundamentals with data center economics.
$10M entry creates a 10% equity stake in the Thai parent JV company. Investor receives a board seat. The first $7.5M is structured as the foreign investment required by the debt capital provider to create the Thai-based joint venture entity.
Seed capital flows into three buckets: $5M to Hoskinson Group for plant pre-production, $2.5M to Kaia-Data for data center infrastructure, and $2.5M to Kaia Energia for offtake marketing and operations.
Profit comes from three simultaneous sources: edge compute data processing revenues, electricity sale to the grid, and waste intake fees. Combined, medium-capacity operations project $140–$200M annually.
The Kingdom of Thailand provides the waste stream, land, approvals, and government connections for expedited execution. Stark Networks (through Fox Petroleum Group) has committed remaining funding after partners have entered.
Distributions begin approximately 20 months after contract signing. Full return on $10M investment recovers within 9 months of operations commencing. Continuing distributions extend for the 25-year plant operational life.
Kaia Energia is actively deploying waste-to-data infrastructure across multiple continents, with sovereign and institutional partners at each site.
$75M flagship project. The Kingdom of Thailand and Stark Networks have entered an agreement with Kaia Energia to build a waste-to-data system serving as a pilot for regional expansion. Government waste stream, land, and expedited approvals secured.
Partnership with Essor Services to build a data center in Burkina Faso powered by a Kaia waste-to-energy plant. Construction pipeline confirmed. 12MW power output projected, driving a regional clean-energy data hub for West Africa.
Kaia Energia's home region — where island and coastal municipalities face the most acute waste management crises globally. Proven technology is ideally suited for modular island deployment. Partnership discussions active across multiple jurisdictions.
The most profitable use of a kilowatt-hour is data processing. Green, waste-powered electricity is the foundation for the next generation of sustainable data infrastructure.
Kaia Energia partners with world-class technology manufacturers, sovereign governments, and institutional capital to bring each project from concept to operating infrastructure.
50+ years of pyrolytic gasification technology. Designs, builds, and maintains all waste-to-energy plants. Gordon Hoskinson is recognized as the originator of modular pyrolysis and gasification technology worldwide.
Committed remaining funding for Thailand project after partner entry. Through Fox Petroleum Group, Stark Networks provides institutional capital and project finance infrastructure for sovereign-scale deployments.
Provides the waste stream, land, regulatory approvals, and government connections to execute the Thailand waste-to-data pilot. LOI signed August 2023. Debt capital committed November 2023.
Consulting and development partner for the Burkina Faso data center project. Partnership confirmed and reported by Developing Telecoms and Data Center Dynamics, July 2024.
A multidisciplinary team of energy engineers, data infrastructure specialists, project managers, and business developers based in Escalante, Costa Rica.
Whether you're a municipality exploring waste solutions, an industrial operator, or an investor seeking infrastructure returns — we'd like to hear from you.
President, Kaia Energia
Escalante, San José, Costa Rica
Qualified investors can request access to our complete project documentation including engineering specifications, financial models, and partner agreements.
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