Transforming the Future with Infinite Energy

GreenLoop's breakthrough technology converts organic waste, plastics, and industrial byproducts into clean, baseload renewable energy. This closes the loop on waste while opening possibilities for energy independence.

Discover the Revolution

Every Crisis Contains Opportunity

The world faces two critical challenges:

An energy crisis driving up costs and a waste crisis polluting our environment. What if these problems could solve each other?

$4.5 Trillion

Annual global waste management costs

23%

Energy costs rising in California over 5 years

2.01 Billion

Tons of municipal waste generated annually

Market Opportunity

California and the U.S. face massive biomass challenges:

Supply outpaces demand, creating an untapped resource pool with policy-driven support.

1 Billion

Dry tons/year U.S. biomass potential

11.3 Million

Tons/year CA green waste to landfills

5-15 Million

Dry tons forest biomass removal target

GreenLoop saw these challenges differently. They were the raw materials for a sustainable energy revolution!

Closing the Loop on Energy

Every problem contains the seed of its own solution. We transform environmental challenges into energy opportunities, creating a circular economy that benefits everyone.

Problem #1

Water Contamination

Forever chemicals (PFAS) from industrial waste are poisoning our water supplies, creating a health crisis that affects millions.

Solution #1

Total Purification

Our pyrolysis process operates at temperatures that completely break down PFAS molecules, eliminating forever chemicals permanently.

Problem #2

Landfill Crisis

Landfills are reaching capacity while continuing to emit methane and leach toxins into groundwater.

Solution #2

Zero Waste

We divert 100% of processable waste from landfills, converting it into clean energy and useful byproducts.

Problem #3

Energy Volatility

Energy prices fluctuate wildly based on global events, making budgeting impossible for communities.

Solution #3

Price Stability

Fixed-price, long-term energy contracts protect against market volatility while reducing costs by 35%.

Problem #4

Grid Instability

Aging infrastructure and intermittent renewables create an unreliable grid with frequent outages.

Solution #4

Baseload Power

Our facilities provide consistent, 24/7 baseload renewable energy, strengthening grid resilience.

Our Technology

A revolutionary closed-loop system that transforms waste into clean, baseload renewable energy.

01Feedstock Delivery & Prep

Trucks deliver approximately 480 tons of biomass feedstock per day, five days a week, unloading onto a central tipping floor. Two loaders transfer the material into staging areas, where it is fed into hoppers for processing. The hoppers convey the biomass through a screening system that removes non-convertible materials, ensuring only suitable feedstock continues downstream. The screened biomass then passes through a dryer to achieve a target moisture content of around 15%. GreenLoop earns tipping fees from producers for accepting and processing this waste material.

02Feeding System

The dried biomass is conveyed from the dryer into an adjacent energy facility via a controlled feeding system. Each processing line within the feeding system can handle up to 50 tons of feedstock per day. The system is engineered to prevent smoke, ash, or toxic emissions during introduction into the pyrolysis chamber. Feedstock is continuously processed seven days a week to ensure consistent energy production and reliable power output.

03Pyrolysis Conversion

Biomass enters a sealed pyrolysis chamber, where it is directly heated to approximately 1,600°F in an oxygen-free environment. As the material thermally decomposes, molecular bonds break, separating gases from solids. This process produces a synthetic gas (syngas) and a carbon-rich solid residue known as biochar. The syngas flows into the Thermal Oxidizer for combustion and energy recovery, while the biochar is collected through a hopper for reuse or sale.

04Thermal Oxidizer

The Thermal Oxidizer is initially heated using natural gas, then transitions to operate on recycled synthetic gas (syngas). Syngas produced in the pyrolysis chamber enters the Thermal Oxidizer, where combustion air blowers mix it with air to achieve combustion at approximately 2,000°F. The resulting heat and gas are recirculated back to the pyrolysis chambers to maintain self-sufficiency and stabilize internal temperatures. Once the system reaches target operating conditions and syngas circulation is established, natural gas input is no longer required. During combustion, Volatile Organic Compounds (VOCs) are destroyed through precise control of temperature, residence time, and mixing. The cleaned gas output is then directed into the steam system for energy generation.

05Steam Cycle | Electrical Output

Combusted syngas flows into a waste heat boiler, where its heat is transferred to water to generate steam. The steam expands through a turbine connected to generators, producing electrical power. After expansion, the steam condenses back into water and is recirculated by the feedwater pump into the boiler, maintaining a continuous, closed-loop power cycle.

06Emissions Control

All plant emissions are routed to an external emissions control system. The gas produced through the system is free of VOCs and is regulatory compliant with California Air Resources Board (CARB) and U.S. EPA. Carbon is sequestered in biochar and methane is diverted from landfills, creating a carbon-negative impact.

Our Use Cases

Scalable, decentralized power solutions deployed where energy is needed most

Data Center Co-Location

Data center growth is outpacing energy supply, with wholesale electricity costs rising as much as 267% in data center regions. GreenLoop delivers on-demand baseload power that's immediate, scalable, and strategically decentralized.

Addresses grid challenges and interconnection delays
Decentralized deployment reduces transmission losses
Clean baseload power for 24/7 operations

Landfill Co-Location

The U.S. generates 292 million tons of municipal solid waste annually, with 50% ending up in landfills. These facilities need power to process waste, creating a perfect closed-loop opportunity.

Creates circular economy: waste powers waste processing
Net reduction in landfill volume through conversion
Quick deployment for site-specific solutions

Steel Plant Biochar Manufacturing

Our pyrolysis process produces biochar, a stable carbon byproduct with powerful applications. In steel and concrete manufacturing, biochar improves compressive strength and increases durability.

Agricultural fertilizer and soil enhancement
Concrete additive for improved strength
Carbon sequestration with commercial value

Biofuel Production

Biofuels are liquid fuels derived from biomass and waste that can replace conventional petroleum products. GreenLoop's process can produce bio-oil for hydrotreating into renewable diesel, or syngas for Fischer-Tropsch conversion.

Drop-in replacement for conventional fuels
Diversified revenue through multiple product streams
Prevents landfill methane emissions

Our Projects

Building a scalable hub-and-spoke model across Southern California

One central feedstock processing hub supports 5-6 distributed 2MW energy facilities, each fitting in a 10,000 sq ft facility. This approach enables rapid deployment with 3-4 month interconnection timelines and cost-effective scalability from proof of concept to full 12MW utilization.

Active Development

SoCal A - Bautista North

12 MW Capacity • 500 TPD Processing

Near 27750 Fairview Ave, Hemet, CA

Coming Soon

SoCal B

Hemet, CA

Coming Soon

SoCal C

Hemet, CA

Coming Soon

SoCal D

Nuevo, CA

Coming Soon

SoCal E

Nuevo, CA

Coming Soon

SoCal F

Nuevo, CA

Coming Soon

SoCal G

Perris, CA

Coming Soon

SoCal H

Hemet, CA

Coming Soon

SoCal I

Cabazon, CA

Coming Soon

SoCal J

Beaumont, CA

Coming Soon

SoCal K

Hemet, CA

Experienced Leadership Driving Innovation

Combined expertise spanning technology, operations, and regulatory success

Bill Shinkle

Co-Founder & COO

Bill brings 30+ years of experience launching successful businesses across agriculture, transportation, and renewable energy sectors. His operational expertise has been instrumental in scaling multiple ventures from startup to profitability, with a focus on sustainable business models and efficient resource management.

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