GRD Reactor Facility
2M

Restoring Oklahoma's Carbon Loop

LESS LANDFILL.
MORE LOCAL
WEALTH.

We transform Oklahoma's 2 million tons of annual wood waste into valuable biochar products through proven pyrolysis technology—creating multiple revenue streams while permanently sequestering carbon.

89%
Global Carbon Capture
$15-45
Per Ton Tipping Fees
ZERO
Midwest Competition
01 //

WE CONTROL THE
ENTIRE VALUE CHAIN

Vertical integration creates structural advantages that competitors can't match—from negative cost basis to proven technology to established market access.

COLLECT

StormCo Waste Solutions provides internal feedstock control. We get paid through tipping fees while competitors pay for raw materials.

Typical Biochar
-$50 to -$100
/ton
BioCarbon OK
+$15 to +$45
/ton
+$15-45/ton revenue

CONVERT

Proven GRD pyrolysis reactor with operational history in Colorado. Relocating to Oklahoma reduces initial capital while maintaining reliability.

25-50tons/day capacity

COMMERCIALIZE

Four established revenue streams with strong market relationships across agriculture, oil & gas, and environmental sectors.

4revenue streams
StormCo Waste Solutions dumpster at construction site

StormCo Waste Solutions provides feedstock at construction sites across Oklahoma

BioCarbon Oklahoma Ecosystem Flow - Collect, Convert, Commercialize

THE STRUCTURAL ADVANTAGE

Negative Cost Basis: We're paid to collect feedstock
Proven Technology: De-risked operations with track record
Market Access: Relationships in place before first ton
Vertical Integration: Control from collection to sales
02 //

OKLAHOMA GENERATES
2M TONS
OF WOOD WASTE ANNUALLY

Currently burned or landfilled—massive environmental and economic waste in our own backyard.

Landscaping & Tree Services

Operations across Oklahoma generating consistent waste streams

Land Clearing

Development and agriculture creating large volumes of biomass

Eastern Red Cedar Removal

State-funded initiative providing guaranteed feedstock supply

THE ECONOMIC LOSS

Trapped carbon that could be transformed into valuable products is being wasted. Millions in potential revenue and carbon credits lost annually.

Wood waste loading operations
Large pile of wood waste scraps from construction and land clearing
03 //

PROVEN PYROLYSIS
TECHNOLOGY

We heat wood waste to create solid carbon—no burning, no emissions. The GRD reactor has operational history in Colorado with documented performance.

HOW IT WORKS

1

Input

Wood waste, tree debris, agricultural biomass

2

Process

Heat to 400-600°C in controlled, low-oxygen chamber

3

Outputs

Solid biochar (60-70%), liquid bio-oils (20-30%), gases (10-15%)

4

Energy

Gases recycled to power reactor—reducing external energy costs

THE GRD REACTOR

GRD pyrolysis reactor installation
GRD reactor close-up with MITONI branding

Proven Track Record

Operational history in Colorado with documented performance data

De-Risked Technology

Not experimental—established operational data significantly reduces execution risk

Scalable Design

Processes 25-50 tons of biomass per day with consistent output quality

$4MCustom build cost (future expansion)
Restoring the Carbon Loop - Complete Carbon Transformation Process
04 //

THREE PRODUCT CATEGORIES,
FOUR REVENUE STREAMS

Diversified revenue model reduces market risk and creates multiple pathways to profitability.

Solid Carbon Products

  • Biochar: Soil enhancement for agriculture, landscaping, golf courses
  • Activated Carbon: Water/air purification (potential with post-processing)
  • Graphene: Advanced materials (future opportunity with additional processing)
Primary revenue stream from Year 1

Liquid Carbon Products

  • Bio-oils/Pyrolysis Oil: Industrial applications, chemical feedstock
  • Market Interest: Strong interest from oil & gas sector (Stuck Enterprises/Jacobs Petro exploring offtake)
Revenue stream from Year 1

Energy & Credits

  • Gases: Recycled back into facility to power operations, reducing energy costs
  • Carbon Credits: Permanent carbon sequestration eligible for high-value credits
Carbon credits from Year 2+

Four Revenue Streams

Stream 1

TIPPING FEES

$15-45
per ton

We get paid to acquire our raw materials while competitors pay $50-100/ton for feedstock.

Revenue: Year 1
Stream 2

SOLID CARBON

Biochar to agriculture, landscaping, golf courses, regenerative farming. Established market relationships through Farm Bureau and Monsanto connections.

Revenue: Year 1
Stream 3

LIQUID CARBON

Bio-oils to industrial buyers. Strong interest from oil & gas sector (Stuck Enterprises/Jacobs Petro exploring offtake). Letters of intent in place.

Revenue: Year 1
Stream 4

CARBON CREDITS

Permanent sequestration credits as market matures. Biochar responsible for 89% of global carbon capture in 2024. Growing corporate demand (10,000+ companies committed to carbon neutral by 2030).

Revenue: Year 2+

Diversification Reduces Risk: Even if one stream underperforms, three others provide revenue stability. This is not a single-product business—it's a multi-faceted carbon transformation platform.

04 //

PERFECT MARKET TIMING

Multiple tailwinds create a unique window of opportunity to establish Oklahoma as the Midwest's biochar hub.

89%

Market Dominance

Biochar responsible for 89% of global carbon capture in 2024—permanent sequestration solution

10,000+

Corporate Demand

Companies committed to carbon neutral by 2030, creating massive demand for credits

$11.7B

Federal Support

$11B for American farming + $700M for regenerative agriculture (RFK partnership, 2025)

2025-26

Regulatory Momentum

Standardization effective Nov 2025, USDA Nationwide Atlas launching 2026 (Dr. Trippe)

ZERO

Market Gap

No biochar production in the Midwest—first-mover advantage to establish regional hub

OK

State Support

Government-funded initiative to remove Eastern Red Cedars (abundant feedstock supply)

05 //

EXPERIENCED OPERATORS,
NOT FIRST-TIME FOUNDERS

Proven track record in business development, operations, and technical execution.

Brad Knight

BRAD KNIGHT

Project Developer

Oklahoma native with multiple successful business ventures. Deep relationships across agriculture, municipal, and business sectors.

Strategic partnerships & capital formation
Local market expertise
Matt Chandler

MATT CHANDLER

Project Developer

20+ years in project and real estate development. Led Venture Studio focused on waste-to-value, climate tech, and pyrolysis.

GRD reactor project experience
National biochar network
Heath Spencer

HEATH SPENCER

Reactor Operations

Hands-on experience with GRD pyrolysis reactor in Colorado. Technical expertise in biomass processing and biochar production.

Reactor operations & maintenance
Quality control processes
James Goodman

JAMES GOODMAN

Technical Lead

Engineering background with deep pyrolysis technology expertise. Responsible for technical assessments and process optimization.

Safety protocols & planning
Operational excellence

TEAM STRENGTHS

Local Expertise

All core team members are Oklahoma natives with deep local relationships and market knowledge

Proven Technology

Heath Spencer's hands-on GRD reactor experience de-risks technology deployment

Industry Networks

Matt Chandler's venture studio experience provides extensive connections

06 //

BACKED BY INDUSTRY LEADERS
AND GOVERNMENT AGENCIES

Scientific validation and market access through established relationships.

Dr. Kristen Trippe

DR. KRISTEN TRIPPE

USDA Chief Microbiologist

Leading USDA's Nationwide Biochar Atlas rollout in 2026. Provides scientific validation and regulatory guidance.

• Federal agricultural alignment
• Scientific validation
Tom Darden

TOM DARDEN

Founder/CEO, Cherokee Fund

$2.6B in land acquisition and development. Strategic land development and investment expertise.

• Institutional-grade due diligence
• Sophisticated capital networks
John Webster

JOHN WEBSTER

Director, BiocharOnsite

Operational expertise and industry best practices. Accelerates time-to-market with proven protocols.

• Operational frameworks
• Industry connections
Thomas Miles

THOMAS MILES

Director, US Biochar Initiative

Industry leadership and policy advocacy connections. Ensures alignment with best practices.

• Policy insights
• Broader biochar ecosystem

OKLAHOMA FARM BUREAU

Access to agricultural networks and regenerative farming advocates

MONSANTO NETWORK

Chief Marketing Executive relationships to millions of acres nationally

07 //

PHASED EXECUTION PLAN

Strategic three-phase approach to establish Oklahoma as the Midwest biochar capital.

PHASE 1

Timeline
6-12 Months

Launch Operations

$1-2M
Capital Requirement
Reactor relocation from Colorado to Oklahoma
Site preparation, permitting, infrastructure
Equipment acquisition for biomass handling
Team assembly and training
Market activation and offtake agreements
Achieves

Revenue-generating operations with immediate tipping fee cash flow and biochar/bio-oil sales

PHASE 2

Timeline
12-24 Months

Scale & Mobile Deployment

Increase fixed facility processing capacity
Deploy mobile pyrolysis units (Char Boss, TigerCat 6040)
Expand biochar distribution channels regionally
Activate carbon credit generation and sales
Streamline global carbon market access
Mobile Unit Advantage

On-site processing eliminates transportation costs, commands premium pricing, and differentiates from competitors

PHASE 3

Timeline
Years 2-3

Regional Hub Dominance

Major BioCarbon Hub with increased capacity
Add post-processing for higher-value materials (graphene)
Direct integration with global carbon credit platforms
Potential second mobile setup for expanded territory
Hub-and-spoke model with regional coverage
The Result

Dominant position in Midwest biochar market with defensible moat before competition enters

08 //

WHY OKLAHOMA?

Geographic, logistic, and regulatory advantages create the perfect environment for success.

ZERO

Midwest Competition

No biochar production in the entire Midwest—huge market void to fill with first-mover advantage

I-35/I-40

Logistics Hub

Interstate intersection provides hub-and-spoke access to the entire nation for distribution

2M

Abundant Feedstock

Millions of acres of farmland, oilfield sites, golf courses, urban tree waste—no shortage of biomass

OK

State Support

Government-funded initiative to remove Eastern Red Cedars (invasive species) provides additional feedstock

LOW

Construction Costs

Flat land, lower labor costs, and favorable business environment reduce capital requirements

LOCAL

Ownership Advantage

Brad and Matt are Oklahoma natives with deep business relationships and community ties that accelerate execution

09 //

WHAT REDUCES
EXECUTION RISK?

Multiple structural advantages significantly reduce common startup failure points.

FEEDSTOCK RISK

Controlled
Internal Supply: StormCo Waste Solutions provides guaranteed feedstock from day one
Negative Cost Basis: We get paid (tipping fees) to acquire raw materials while competitors pay
State Support: Oklahoma's Eastern Red Cedar removal initiative provides additional guaranteed supply

TECHNOLOGY RISK

Proven
Operational History: GRD reactor has proven track record in Colorado
Experienced Operators: Heath Spencer and James Goodman have direct pyrolysis operations experience
Near-Zero Waste: All outputs designed to be monetized or recycled for energy

MARKET RISK

Established Relationships
Agriculture: Oklahoma Farm Bureau and Monsanto connections provide access to millions of acres
Oil & Gas: Stuck Enterprises/Jacobs Petro exploring offtake for bio-oils
Scientific Validation: Dr. Kristen Trippe (USDA) leading 2026 Nationwide Biochar Atlas rollout

EXECUTION RISK

Local Operators
Oklahoma Roots: Brad and Matt have built multiple successful businesses in the state
Relationship Network: Deep connections across agriculture, waste management, and government
Operational Expertise: Team has hands-on experience in facility management and operations
10 //

PROJECT ECONOMICS

Total project cost of $5-10M with flexible capital structure leveraging multiple funding sources.

$5-10M
TOTAL PROJECT COST

Includes reactor acquisition/build, facility development, mobile units, and working capital

CAPITAL STRUCTURE

Exploring multiple funding options:

Equity/Cash Raise: $1-2M for Phase 1
Government Incentives: Federal and state programs
Tax Strategies: Opportunity Zone benefits, depreciation
Strategic Loans: Low-interest financing options
Grant Opportunities: USDA, DOE, state-level grants

REVENUE PROJECTIONS

Year 1POSITIVE CASH FLOW

Tipping fees + solid/liquid carbon product sales

Year 2+HIGH-MARGIN STREAM

Carbon credits add revenue as production scales

Year 3+SIGNIFICANT GROWTH

Regional hub operations with major facility drive revenue

Why Flexible Structure Matters

Optimize Capital EfficiencyLeverage non-dilutive funding sources to maximize equity value
Reduce RiskMultiple funding sources provide backup options if one pathway delays
Align with MilestonesPhase capital deployment as operations scale and de-risk
12 //

THE EQUITY RAISE

$1-2M to launch Phase 1 operations and establish revenue-generating infrastructure within 6-12 months.

USE OF FUNDS

Reactor RelocationMove GRD to OK
Site PreparationDevelopment & permitting
Biomass EquipmentCollection & processing
Working CapitalOperations & staffing

WHY INVEST NOW?

First-Mover Advantage

Midwest production void

De-Risked Execution

Proven tech & experienced team

Multiple Revenue Streams

Fees, product sales, credits

Fast to Revenue

6-12 months to cash flow

Contact us at [email protected]