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Deep Tech Carbon Solutions

Engineering the Atom
for a Carbon-Negative Future

Harnessing the power of Methane Pyrolysis to build the next generation of high-performance materials and clean energy.

Discover Our Technologies
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ULTRA-LOW-COST INDUSTRIAL HYDROGEN ON-SITE

The "Over-the-Fence" Solution for Immediate Heavy Industry Decarbonization

Gas pipeline
The reactor is connected to the nearest gas pipeline network.

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Pyrolysis Reactor

Pyrolysis Reactor

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Solid Carbon Storage Tank

Solid carbon storage tank

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Low Pressure Hydrogen Storage Tank

Low pressure hydrogen storage tank

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High-volume Centrifugal or Reciprocating Industrial DRI Supply

High-volume Centrifugal or Reciprocating Industrial DRI Supply

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Industrial Pipeline / DRI Injection Ports

Industrial Pipeline / DRI Injection Ports

Why M2SC is the Global Industrial Choice

Integrity Farm Technologies (IFT) provides a revolutionary on-site hydrogen (H2) production model designed specifically for heavy industrial processes. Our M2SC technology utilizes adiabatic pyrolysis to extract ultra-pure H2 directly at the point of use.

Lowest Market Costs

Production costs 3-4x lower than current market solutions like electrolysis.

Carbon-Negative

Sequesters carbon in a permanent physical state instead of releasing CO2.

Massive Scalability

Engineered for high-volume, continuous supply from reactor to injection.

Seamless Integration

Supply stations optimized for industrial pressure requirements (10–30 bar).

Technical Infrastructure Flow

A dedicated on-site utility suited for Direct Reduced Iron (DRI) steel plants, chemical refining, and high-temperature thermal energy.

01

M2SC Pyrolysis Reactor

Splits methane feedstock into hydrogen and solid carbon via proprietary R&D technology.

02

Low-Pressure Buffer

Ensures a constant and stable reservoir of H2 for 24/7 industrial operations.

03

Industrial Compressor

High-volume units match the specific injection pressures required by your facility.

04

Process Injection

Direct pipeline delivery into industrial furnaces or chemical reactors.

The M2SC Engine

Radical Decentralized Decarbonization

Our proprietary M2SC (Methane to Solid Carbon) process cracks the methane molecule (CH₄) without ever forming CO₂. Using our patented M2SC Engine, we perform Chemical Compression Pyrolysis to deliver Turquoise Hydrogen and ultra-pure Solid Carbon.

01

Silicon Valley Engineering

A disruptive piston-based architecture designed for continuous, high-efficiency chemical reactions through adiabatic compression.

02

AI-Architected M2SC Coating

The engine’s core is armored by a Molecular-Scale Super-lattice Complex, a proprietary heterostructure discovered through in-silico CRISPR-editing of atomic lattices. Optimized via Physics-Informed Neural Networks to stabilize non-equilibrium phases during chemical compression, this coating achieves absolute thermal stasis at 2,000°C and a massive 7,000V dielectric potential.

03

>99.5% (TGA)

Our gas-to-solid synthesis ensures "Metal-Free" carbon allotropes, providing a pristine canvas for high-performance industrial and medical applications.

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Self-Sustaining Energy Loop

The M2SC Engine is highly modular and energy-efficient, consuming 5 to 7 times less electricity than water electrolysis and recycling 30% of its own hydrogen to power the reaction.

The M2SC Lattice-Edit Coating

Autonomous Discovery of Non-Equilibrium Condensed Matter

The engine’s core is protected by the M2SC (Multi-State Composite) Architecture, a proprietary coating system identified through our Deep-Learning Materials Discovery Engine. Developed using a process analogous to Genomic CRISPR-editing, our platform utilized Generative Adversarial Networks (GANs) to synthesize an entirely new Atomic Heterostructure that does not exist in nature.

By bypassing traditional chemical trial-and-error, our Closed-Loop AI mapped a high-dimensional phase space to "lock" atoms into a Metastable Solid-State Configuration. The result is not a traditional material, but a Programmable Lattice designed specifically for extreme environment resilience.

The Physics of the M2SC Interface

The coating operates via Neural-Architected Lattice Dynamics, providing performance metrics that redefine the limits of condensed matter:

Topological Thermal Decoupling

Through Phononic Bandgap Engineering, the M2SC interface maintains structural stasis at 2,000°C. The AI-engineered lattice geometry creates a "vibrational vacuum," preventing thermal energy from propagating into the core.

Non-Linear Dielectric Potential

The architecture functions as a Wide-Bandgap Quantum Well, achieving a massive breakdown voltage of 7,000V. This effectively eliminates electronic leakage and dielectric collapse under extreme capacitive loads.

In-Situ Lattice Reinforcement

Developed through Physics-Informed Neural Networks (PINNs), the coating's molecular structure is designed for Stochastic Toughness. Under mechanical or thermal stress, the lattice undergoes an autonomous internal rearrangement, increasing its defensive density in real-time.

PYROLYSIS

INTEGRITY FARM TECHNOLOGIES®

Carbon C 12.011 6
Hydrogen H 1.0079 1
Hydrogen H 1.0079 1
Hydrogen H 1.0079 1
Hydrogen H 1.0079 1
1. • 1 mole of H2 = 37.5 kJ
2. • H2 = $0.5 / kg

ELECTROLYSIS

CONVENTIONAL METHOD

Oxygen O 15.99 8
Hydrogen H 1.0079 1
Hydrogen H 1.0079 1
1. • 1 mole of H2 = 286 kJ
2. • H2 = $4 / kg
Energy consumption required for conversion of CH4 by pyrolysis is 37.5 kJ,
which is 7 times less than electrolysis of H2O 286 kJ.

Mass Graphene Production

Our company specializes in producing various allotropic modifications of carbon and graphene, offering advanced materials that cater to a range of industrial applications.

Nano-fluids Structure

Nano-fluids

Oxidized form of carbon nano-onions

Applications
Coolants and thermal fluids
Wear-resistant coatings
Polymer composites
Concrete
Carbon-nano onions Structure

Carbon-nano onions

Black powder composed of particles ranging from 30 to 60 nm in size.

Applications
Ultralow-friction lubricants and additives
Water purification
Elastomers and resins
Epoxy resins
Tires
Core-shell structures Structure

Core-shell structures

Consisting of different metal/semimetal core wrapped in graphene layers (Si@C, Ni@C etc.)

Applications
Anode material for Li-ion batteries
Oil recovery
Catalysts in chemical reactions
Sensors and detection systems
Carbon Avoidance & Carbon Removal

High-Integrity Carbon Sequestration & dMRV

Integrity Farm Technologies operates a distinct Carbon Avoidance Methodology backed by a specialized hardware and software stack. We don't just offset emissions; we physically remove carbon from the cycle.

Physical & Permanent Sequestration

By utilizing bio-sourced methane, our process becomes carbon negative. We draw carbon out of the atmosphere via biomass and lock it permanently into solid forms like Carbon Nano-Onions (CNOs) and graphite, sequestering it for centuries.

dMRV Platform (Digital Intelligence)

Our software integrates Digital Measurement, Reporting, and Verification directly into hardware units. Every gram of carbon avoided or sequestered is tracked, timestamped, and verified in real-time, providing immutable "Proof of Avoidance" for the Voluntary Carbon Market.

Scope 3 Leadership

We enable industrial partners to meet Net Zero targets through physical material integration. Every tonne of our nanocarbon used in a supply chain represents a verified act of carbon removal.

The Six Pillars of Performance

Industrial Applications

01

Energy & Mobility

Next-Gen Batteries

Our silicon core-shell nanostructures (Si@C) multiply battery storage capacity by 10x compared to traditional graphite, enabling Extreme Fast Charging while preventing mechanical degradation.

02

Heavy Industry & Metallurgy

Turquoise Hydrogen (H₂)

High-purity, carbon-negative hydrogen for Direct Reduced Iron (DRI), enabling "Green Steel" production. Our CNOs reduce friction by up to 80% and extend asset life by 2-10x.

03

Health & Biotechnology

Metal-Free Pristine Carbon

Atomically pure material (≥99.5% purity) serves as a sterile, bio-compatible vector for mRNA delivery and high-sensitivity bio-sensors for instant diagnostics.

04

Sustainable Construction

Carbon-Trap Concrete

Adding our carbon nanostructures increases compressive strength by +146% and bending strength by +79.5%, allowing leaner designs while locking carbon into infrastructure.

05

Environmental Restoration

Advanced Molecular Filtration

Our CNO adsorbents provide purification capacities for heavy metals and organic pollutants up to 10x superior to traditional activated carbon.

06

High-Performance Lubrication

Nano-Bearing Technology

The spherical structure of CNOs allows them to roll under pressure, forming durable lubricating films capable of performing reliably above 300°C.

Our Business
Model And Clients

We identify industrial clusters with available methane or biomethane, ship our reactors, and technologies. We sell our end products CNOs, Nano Fluids, Core Shell Structures and our co-product Turquoise Hydrogen.

The Analogy

Our model functions as a Decentralized Industrial 3D-Molecular Printer. We install the hardware (the M2SC Engine) exactly where the feedstock "ink" methane or biomethane is located. This allows us to "print" high-performance nanomaterials and clean hydrogen on-site, directly reinforcing the competitiveness and decarbonization goals of neighboring industrial facilities.

CNOs

Carbon Nano-Onions: High-performance conductive additives & lubricants.

Nano Fluids

Advanced thermal management and wear-resistant liquid solutions.

Core Shell Structures

Metal-core graphene-wrapped capsules for next-gen batteries (Si@C).

Turquoise Hydrogen Biogenic

Carbon-negative molecular hydrogen produced from renewable biomethane.