Past · Present · Future

Act I

The Promise Was Made

Fifty years of agreements, targets, and conferences. Here is what happened — and the gap that remains.

1972

Stockholm — The First Acknowledgement

113 nations gather for the first UN Conference on the Human Environment. The industrial world's pollution becomes a global political problem for the first time. The seed is planted: environmental damage crosses borders.

Founding moment

1992

Rio Earth Summit — The Framework

154 nations sign the UNFCCC — the first international agreement to stabilise greenhouse gas concentrations. No binding targets. No enforcement. But the framework exists. Climate change is now a matter of international law.

The architecture of hope

1997

Kyoto Protocol — The First Targets

37 industrialised countries accept binding emission reduction targets. The carbon market is born — the Clean Development Mechanism allows developed nations to offset emissions by funding projects in the developing world. The concept is right. The execution is flawed. The US never ratifies. Canada withdraws in 2011.

First binding commitments

2005

EU ETS — The First Carbon Market

The European Union launches the world's first major carbon trading scheme. It is immediately plagued by over-allocation of permits, price collapse, and fraud. But it proves the concept: you can put a price on carbon. The market just needs to be built properly.

Market proof of concept

2015

Paris Agreement — 195 Nations, 1.5°C

The most ambitious climate agreement in history. 195 countries commit to limiting warming to 1.5°C. Voluntary nationally determined contributions. Article 6 creates the framework for international carbon markets. Net-zero by 2050 becomes the global target. The question shifts from whether to how.

The global commitment

2020–22

The Corporate Net-Zero Wave

Apple, Microsoft, Amazon, BP, Shell, Unilever — over 5,000 companies publicly commit to net-zero targets. The voluntary carbon market grows from $300M to $2B. Demand for carbon credits surges. Supply scrambles to keep up. Quality checks do not.

$2B market · 5,000+ commitments

2023

The Integrity Crisis

The Guardian investigation reveals that over 90% of Verra's rainforest offset credits may be "phantom credits" with no real climate benefit. The carbon market faces an existential credibility crisis. Buyers retreat. Prices collapse. The problem is identified with precision: the market needed infrastructure that could prove the carbon was real.

The crisis that created our mandate

2024–25

The Institutional Response

ICVCM launches the Core Carbon Principles — the first universal quality standard for carbon credits. SBTi tightens CDR requirements. CSRD mandates climate disclosure for 50,000 EU companies. India launches CCTS with trading targeting 2026. The framework for a trustworthy market exists. The infrastructure does not yet.

The moment we entered

Fifty years of promises. The agreements are in place. The regulatory architecture is built. The corporate commitments are public. What was missing was the infrastructure to prove the carbon credits were real. That is the gap we are closing.

Act II

The Infrastructure Is Being Built

India has the biomass, the farmland, the renewable capacity, and the policy framework. What it lacked was the full-stack infrastructure to turn that into institutional-grade carbon credits.

We are building the layer the market was missing. Right now. In India.

India has 350+ operational bio-pellet plants generating real biochar. 400M+ smallholder farmers stewarding land that can sequester carbon. The world's fastest-growing renewable energy build-out. Almost none of it was generating carbon credits — not because the carbon wasn't real, but because the infrastructure to prove it didn't exist.

1,966

Farming families enrolled

69,213

tCO₂e verified stock ready

Credit types across removal, reduction, avoidance

Our Story →

Layer 01

Machine-Verified MRV

Six-link GPS chain from biomass collection to soil application. SCADA-logged kiln data. EBC Gold quarterly lab certification. Auto-push to Puro.earth registry API. The integrity crisis was a data problem. We solved it with hardware.

Active · All projects

Layer 02

Independent Ratings Stack

Rating engagement initiated with MSCI Carbon Markets, Sylvera, BeZero Carbon, and Calyx Global. ICVCM CCP-approved methodology. Every institutional buyer gateway — SBTi, CSRD, CORSIA, CDP — requires independent ratings. We are building them.

Ratings in progress

Layer 03

Reversal Insurance

Every credit covered by CarbonPool or Oka reversal insurance. Non-delivery, permanence reversal, project termination — all indemnified automatically. Buyers don't file claims. They receive compensation.

Active · CarbonPool / Oka

Layer 04

The Cooperative Model

Carbon credit revenue surplus doesn't disappear into a P&L. It capitalises a farmer cooperative — providing emergency loans, equipment finance, and 10-year biomass contracts. A self-reinforcing economic structure that makes the carbon permanence real.

In design · 2026 target

Layer 05

CCTS & Global Market Bridge

India's Carbon Credit Trading Scheme launches in 2026. We are positioned across all four credit types — biochar CDR, ARR agroforestry, solar avoidance, EV fleet — ready for domestic compliance demand and global institutional offtake simultaneously.

Ready · CCTS 2026

Act III

The Next Frontier of Carbon Removal

The technology to remove carbon at civilisational scale is coming. The infrastructure to credit, verify, insure, and trade it needs to be ready first.

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Horizon 2025–2030

CDR at Scale

Carbon Dioxide Removal — engineered, measurable, permanent. Biochar's 100–1,000 year permanence is already proven. Enhanced weathering, bioenergy with carbon capture, and soil carbon mineralisation are next. All require the same infrastructure layer: verified MRV, independent ratings, reversal insurance.

Stasis Carbon's role: The registry, ratings, and insurance infrastructure built for biochar CDR is directly extensible to every emerging CDR technology. We are building the platform, not just the project.

🏭

Horizon 2028–2035

Direct Air Capture

DAC machines pull CO₂ directly from the atmosphere and store it geologically. Current cost: $400–600/t. Projected cost by 2035: $100–200/t. When DAC reaches price parity with institutional demand, it will need exactly what biochar needs now — a credentialing, rating, and trading infrastructure that institutional buyers trust.

Stasis Carbon's role: The buyer relationships, registry integrations, and ratings partnerships built today become the distribution channel for DAC credits tomorrow. Premium CDR buyers don't change platforms — they add credit types.

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Horizon 2026–2032

Bio-CNG & SAF

India's agricultural residue — the same rice husk and sugarcane bagasse our biochar programme already sources — is a feedstock for Bio-Compressed Natural Gas and Sustainable Aviation Fuel. CORSIA mandates airlines buy SAF-adjacent CDR credits. India has the feedstock. The carbon credit infrastructure is the same stack.

Stasis Carbon's role: Our existing feedstock relationships with 1,966 farming families and our biomass supply chain are the upstream infrastructure for Bio-CNG and SAF. Carbon credits and clean fuel from the same agricultural system.

The infrastructure we are building today
is the foundation for all of it.

Every carbon removal technology that reaches scale will need verified MRV, independent ratings, reversal insurance, and institutional buyers. We are building that stack — in India, for the world.

Build Your 2030 Portfolio → About Stasis Carbon

The planet made a promise. We're building the infrastructure to keep it.