DECARBONIZATION & CARBON CONVERSION TECHNOLOGY

At the core of Standard Carbon’s innovation is the Carbon Bridge™, a proprietary platform that combines carbon capture, electrolysis, and methanation to transform CO₂ emissions into low carbon Renewable Natural Gas (RNG) i.e. StandardRNG^TM. Designed to power on-site and grid-scale solutions, this technology delivers modular, retrofit-ready decarbonization with proven efficiency.

Whether you’re overseeing an industrial plant, commercial property, residential complex, or campus facility, the Carbon Bridge™ makes closed-loop RNG production practical, flexible, and scalable, without disrupting your infrastructure.

FROM EMISSIONS TO ENERGY: HOW THE CARBON BRIDGE™ WORKS

Each stage of the Carbon Bridge™ process is engineered for reliability, performance, and low operational overhead:

1. Exhaust Gas Capture

CO₂ rich exhaust is captured from combustion systems and directed into the Carbon Bridge™ for clean energy conversion without requiring major changes to your equipment.

2. Gas Treatment
A spray tower removes NOx, SOx, particulates, and trace contaminants to ensure clean gas flow for downstream conversion.

3. Carbon Capture & Desorption
Standard Carbon’s solvent-based carbon conversion reduces up to 99.9% of CO₂ from combustion emissions. The process operates continuously, capturing CO₂ in real-time and producing pure carbon feedstock for downstream conversion.

4. Electrolysis

Our proprietary alkaline electrolyzer powered by carbon-neutral or off-peak electricity splits water into hydrogen (H2) and oxygen (O2). Recycled water vapor from upstream and downstream stages supports resource efficiency. The resulting hydrogen is fed directly into the next phase to reduce energy loss and safety complexity.

5. Methanation
In our proprietary thermal catalytic reactor operating at ~200°C, CO₂ from Phase I and H2 from Phase II are combined to synthesize e-RNG. The methanation and electrolysis phases operate in tandem, while excess CO₂ is stored and reintroduced on demand. This process creates pipeline-grade RNG ready for storage, dispatch, or grid integration.

6. RNG Output (StandardRNG^TM) & Energy Integration

StandardRNG^TM is used on-site or sold. Waste heat from methanation is recovered to preheat inputs, enhancing total system efficiency.

In circular operation mode, the produced StandardRNG^TM can fuel the same facility, creating a closed-loop energy cycle that reduces dependence on external fuel sources and supports long-term sustainability.

SCALABLE, RETROFIT-READY DECARBONIZATION

The Carbon BridgeTM s engineered with adaptability in mind. Its modular design scales from residential and commercial buildings to larger utility and industrial systems. Each unit arrives pre-assembled in a compact format, making deployment fast, efficient, and space-friendly, even in dense urban settings.

We support targeted decarbonization for:

Residential and commercial buildings
Gas-fired power plants and compression stations
Cement, steel, and industrial process systems

It’s fully compatible with existing infrastructure, making it an ideal solution for organizations pursuing sustainability without disruption.

SMART DESIGN BACKED BY REAL-WORLD DATA

The Carbon Bridge™ is grounded in commercial-scale performance, with thousands of operational hours informing the intelligent control algorithms and real-time optimization software that drive its efficiency.

Key capabilities include:

Intelligent AI enabled controls that adapt in real time to CO₂ intensity, energy pricing, and grid conditions
Optimization software that maximizes StandardRNG output and system performance based on real-world inputs
Built-in safety features and operational safeguards to ensure reliability and continuous uptime

This intelligence ensures maximum StandardRNG^TM output and system efficiency under real-world conditions.

DESIGNED FOR PERFORMANCE, BUILT FOR ACTION

Delivers StandardRNG^TM on-site or for grid use
Enables measurable carbon capture and emissions reduction
Powered by renewable electricity
Requires minimal downtime, space, and labor to deploy
Reduces dependence on fossil natural gas and offsets rising fuel costs
Avoids major equipment replacement thanks to a retrofit-friendly design
Uses simplified components to reduce costs and speed up installation

REQUEST WHITE PAPER

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THE CARBON BRIDGE™ COMBINES PROVEN ENGINEERING WITH REAL-WORLD PERFORMANCE, OFFERING A SCALABLE, COST-EFFECTIVE PLATFORM THAT TURNS EMISSIONS INTO CLEAN ENERGY WITH MINIMAL DISRUPTION.