CARBON.TJ

Turning what is burned in the fields into healthy soil and carbon credits

CARBON.TJ collects crop residues, converts them into biochar and issues verifiable CO₂ removal credits — to the benefit of farmers in Sughd and Khatlon. We are looking for partners to launch the first projects.

Are you a farmer or a cooperative? How to take part →

From field to creditHow it works
01

Cotton stalks and orchard prunings

burned in the fields today

100,000+tresidues per year
02

Biochar

heating without oxygen

centuriesof carbon in the soil
03

Healthy soil

holds water and nutrients

up to−30%irrigation water
04

Carbon credit

after independent verification

$100–180+per t CO₂e
Initiators
LEAN Solutions Bio-Kishovarz cooperative Tajikistan Chamber of Consultants
Methodology Verra VM0044/ Gold Standard SOC/ International Biochar Initiative
Cotton stalkscollected instead of being burned in the field
CenturiesCO₂ stays stored in the soil
Up to −30%irrigation water
$100–180+per tonne of CO₂e in CDR credits
Sughd · Khatlonpriority farming regions
Verra · Gold Standard · IBImethodological basis
Since 2012Bio-Kishovarz experience in organic farming
Cotton stalkscollected instead of being burned in the field
CenturiesCO₂ stays stored in the soil
Up to −30%irrigation water
$100–180+per tonne of CO₂e in CDR credits
Sughd · Khatlonpriority farming regions
Verra · Gold Standard · IBImethodological basis
Since 2012Bio-Kishovarz experience in organic farming
$100–180+

price per tonne of CO₂e for premium biochar CDR credits1

−20–30%

less irrigation water needed once biochar is added to soil2

100k t+

of crop residues every year: cotton stalks, orchard prunings, fruit pits3

2×

growth in the share of A- and AA-rated credits in two years4

01About

The market is shifting from quantity to quality

Growth in industry, energy and agriculture comes with rising CO₂ emissions and threats to biodiversity. This calls for systemic solutions rather than isolated projects.

After the boom of 2020–2021 and the volatility of 2022–2023, carbon credit buyers now demand additionality, durability and no double counting4. CARBON.TJ is built for this demand from day one.

  1. The first national platform for carbon credits in Tajikistan — transparent and aligned with international standards.
  2. Biochar as the core tool: physical removal of CO₂, not a promise not to emit it.
  3. A ready feedstock base and the Bio-Kishovarz farmer network to collect biomass.
  4. Integration with BIOFIN and the Debt-for-Nature Swaps mechanism.
02Why biochar

Not avoidance, but removal

Biochar takes CO₂ out of the atmosphere and locks it in the soil for centuries. These credits (CDR — Carbon Dioxide Removal) are bought by technology companies and cost many times more than standard ones1.

Most credits on the market

Avoided emissions

Mechanism
An emission does not happen
Duration
Depends on the forest surviving
Benefit to the field
—
$5–15per t CO₂e
CARBON.TJ

CO₂ removal with biochar

Mechanism
CO₂ is removed and stored in the soil
Duration
Centuries
Benefit to the field
Water retention, fertility, 20–30% less irrigation
$100–180+per t CO₂e
Buyers of CDR credits worldwide:MicrosoftStripeShopifyGoogle
03How it works

From field to registry

Four steps, each producing a verifiable result — the basis of buyer trust.

Step 1

Biomass collection

Cotton stalks, orchard prunings and fruit pits that are burned in the fields today are collected by Bio-Kishovarz members and other agricultural producers.

Result: recorded feedstock — how much, from where, from which field
Step 2

Pyrolysis

Biomass is heated without oxygen. The carbon does not burn; it turns into a stable porous form — biochar.

Result: a biochar batch with a quality analysis
Step 3

Soil application

Biochar is applied to the fields. It holds water and nutrients, and the carbon stays in the ground for centuries.

Result: stored CO₂ and more fertile soil
Step 4

Verification and credits

An independent auditor verifies the data under an international methodology. Only then are credits issued to a registry and sold on international and regional markets.

Result: carbon credits and income for everyone in the chain
04Where we work

Sughd and Khatlon — our first regions

  • Why hereThe country’s main farming regions, where drought and water savings matter most
  • FeedstockCotton stalks, orchard prunings and fruit pits that are burned today
  • Farmer networkBio-Kishovarz cooperative — organic farming since 2012
  • Project office4 Payrav Sulaymoni Ave., Khujand
Relief map of Tajikistan with Sughd and Khatlon regions highlighted
Sughd and Khatlon are priority regions. Hover over or tap a region to see its sown area12
05Model

How much carbon is in the residues

Choose a scale — from a single farm to the whole country — and see what crop residues can become.

An illustrative model, not a project estimate. Coefficients depend on the methodology, feedstock quality and pyrolysis technology; revenue sharing is set by agreement between participants.
1,000t
Model assumptions
Biochar300t per year
CO₂e removed750t ≈ credits per year
Value of credits$75–135kper year at CDR market prices
06Global experience

The model already works elsewhere

Farmer-based biochar projects using crop residues are signing contracts with the largest buyers of CDR credits.

IndiaVaraha

Cotton stalks

100,000+
smallholder farmers in the company’s projects

Biochar from cotton stalks that used to be burned in the field. Farmers are paid for feedstock and receive a share of the credits. Contracts with Google and Microsoft.

Source: note 5
BrazilNetZero

Cooperative → plant → field

10,000+
farmers in the partner cooperative Coocafé

The cooperative supplies coffee husks to the plant, and the biochar goes back to its members’ fields as a soil amendment.

Source: note 6
BoliviaExomad Green

Scale and a long-term contract

1.24 Mt
of CO₂ — a 10-year contract with Microsoft

The largest biochar deal: the buyer commits in advance to purchase credits, and production is built around that contract.

Source: note 7
In the region
Kazakhstan

The AIFC exchange (AIX) has started trading voluntary carbon credits — a possible sales venue8.

Uzbekistan

A 2025 law on a national carbon trading system and a national registry9.

07Debt-for-Nature Swaps

Debt in exchange for nature

Part of a country’s external debt is written off or restructured, and the savings are directed to nature conservation and sustainable agriculture.

1

Lower external debt

Creditors agree to write off or restructure part of the debt.

2

Investment in nature

Funds go to biodiversity, sustainable agriculture and reforestation.

3

International partnership

Agreements between the government, donors and environmental organisations.

Example
Ecuador, 2024
$1.53B

of external debt refinanced

≈$460M

for protecting Amazon ecosystems10

08Indicators

What will change

Nine goals against which the platform’s results will be measured.

01Climate

Lower CO₂ and other greenhouse gas emissions

02Soil

Soil regeneration with biochar and organic practices

03Soil

Transition to organic agriculture

04Nature

Biodiversity conservation

05Institutions

A national carbon credit certification system

06Finance

Lower public debt through Debt-for-Nature Swaps

07Finance

Attracting international investment and donor support

08Economy

Growth of the green economy and new jobs

09Reputation

Tajikistan as a regional leader in sustainable development

09Quality

We measure, not promise

  • Benefits for the field regardless of creditsBiochar improves soil and saves water even if the market changes.
  • Every batch is traceableWhere the feedstock came from, how much biochar, which field it went to.
  • Independent verificationCredits are issued only after verification by an accredited auditor.
  • Reduce first, then offsetWe support buyers who cut their own emissions.
Verra

Verra VM0044

Carbon accounting methodology for biochar used in soil and other applications.

Calculation and verification of CDR credits
Gold Standard

Gold Standard SOC

Framework methodology for soil organic carbon (SOC).

Carbon accounting for sustainable farming practices
International Biochar Initiative

International Biochar Initiative

Requirements for biochar quality and its safe use in soil.

Product quality control

The project plans to seek certification under these standards; it is not certified at this time.

10Initiators

Who is behind the project

Consulting and digitalisation

LEAN Solutions

LEAN Solutions is one of the leading consulting companies in Central Asia, specialising in business process optimisation, LEAN and Kaizen, digital transformation and strategic development of companies and projects. It helps clients achieve meaningful results, reduce costs and strengthen their market position.

Farmer network

Bio-Kishovarz cooperative

The non-profit cooperative Bio-Kishovarz was founded in 2012 with the support of Helvetas Swiss Intercooperation and GIZ and brings together organic farmers in Tajikistan who use environmentally friendly farming methods. It pioneered the production and export of organic cotton and rotation crops, building a sustainable model of organic agriculture in the country.

Expert community

Tajikistan Chamber of Consultants

The Tajikistan Chamber of Consultants is a professional community of experts and consultants created to develop the consulting market, raise the quality of services and promote sustainable practices in business and public projects. It serves as a platform for knowledge sharing, cooperation and the adoption of international standards.

11FAQ

Questions and answers

Didn’t find an answer? Write to us.

What is a carbon credit?

A certificate confirming that one tonne of CO₂ equivalent has been removed from the atmosphere or not emitted. A credit is issued only after independent verification and is recorded in a registry so it cannot be sold twice.

How is biochar different from ordinary charcoal?

Biochar is made from crop residues by pyrolysis — heating without oxygen. It is not burned but added to soil: the carbon stays stable for centuries, and its porous structure holds water and nutrients.

Why do CDR credits cost more than forest credits?

They confirm the physical, long-term removal of CO₂ rather than a promise not to emit it. Supply is limited, while demand from companies with net-zero targets is growing.

Don’t credits let factories keep polluting?

That risk exists, which is why we support the “reduce first, then offset” principle: credits should cover only residual emissions that cannot be eliminated. And biochar’s benefits for soil and water remain regardless of the credit market.

How can a farmer or cooperative take part?

Contact the project team by phone or email. We will explain how participation will work, what field and feedstock data are needed and how record-keeping is organised.

What is BIOFIN?

The Biodiversity Finance Initiative is a UNDP programme that helps countries assess their nature conservation funding needs and find sources of finance.

Notes and sources
  1. Price ranges for biochar CDR credits and standard forest credits are indicative, based on project materials.
  2. The water-retention effect of biochar is based on project materials.
  3. The volume of crop residues in Tajikistan is a project estimate.
  4. MSCI data on the share of A- and AA-rated credits are cited from project materials.
  5. Varaha (varaha.earth): AgFunderNews, ESG Dive.
  6. NetZero and Coocafé: Biofuels Digest.
  7. Exomad Green and Microsoft: GeekWire.
  8. AIX / AIFC: aifc.kz.
  9. Uzbekistan: UNDP.
  10. Ecuador: The Nature Conservancy.
  11. Relief: AWS Terrain Tiles (SRTM and other data); regional boundaries: geoBoundaries, CC BY 4.0 licence.
  12. Sown area: Sughd region — Avesta.tj, 1 Aug 2025 (in Russian); Khatlon region — Khovar news agency, 15 Aug 2026 (in Russian). Map: see note 11.