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BIOCHAR IN THAILAND WITH BIOCHAR LIFE

Image by Alex Alvarado

📸  Image

Share photos of reforestation sites, wildlife, soil conditions, or project activities on the ground. Your visual documentation helps verify real-world impact and builds trust with investors.

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🎥  Video

Capture time-lapse footage of forest growth, community testimonials, or day-to-day project operations. Video evidence provides powerful, authentic proof of project progress and local engagement.

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📄 Document

Upload land agreements, community consent forms, measurement records, or local permits you have access to. These documents fill critical gaps in project validation and strengthen credibility for funding.

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Project Slides

Credit: BiocharLife

Find the slides presented by the project here. For more on Q&A and Indepth Analysis, please dowload the KlimateNet App.

Beira in assamo

Credit: Mathieu Mahamoud-Issa 

Share information on a previous project here to attract new clients. Provide a brief summary to help visitors understand the context and background of the work.

Bird Study

Credit: Mathieu Mahamoud-Issa

Share information on a previous project here to attract new clients. Provide a brief summary to help visitors understand the context and background of the work.

Image by Alex Azabache
Image by David Clode

Featured

Webinar

Image by Rodrigo Rodrigues | WOLF Λ R T

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Webinar

Image by Chris Montgomery
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Project Owner

About
Biochar Life

Biochar Life's initiative in Phrao, Northern Thailand transforms agricultural waste into biochar, a sustainable practice replacing open-field burning, to improve air quality and soil health. Over five years, this project aims to sequester approximately 35,000 tons of CO2 equivalent, enhancing environmental quality and agricultural productivity.


The project engages 1 Artisan Pro overseeing 8 artisan producers who operate 8 kilns across various orchard farm sites to produce biochar, primarily from Longan trees and Corn Cob biomass. Biochar, recognized for its versatility and broad applicability in agriculture, environmental engineering, and industry, is transformed into a stable carbon sink (C-sink) in compliance with the Global Artisan C-Sink Standard. This initiative introduces a sustainable C-sink solution where none would exist, as neither Longan trees nor Corn Cob naturally form long-term carbon reservoirs, highlighting the project's critical role in carbon sequestration and environmental improvement.


In Northern Thailand, the baseline scenario is characterized by the traditional practice of open-field burning of crop residues, which, despite offering short-term agricultural benefits like pest control and ash fertilization, results in significant emissions of particulate matter, including PM 2.5. These particles pose health risks by penetrating the respiratory system and contribute to air pollution and smog, exacerbating environmental and public health challenges in the region.

Improving soil quality in Thailand is a key objective of the project, which promotes the use of biochar as a soil amendment. Through its effects on soil pH, water retention, and nutrient storage, biochar significantly enhances soil quality. Additionally, it serves as a temporary carbon sink and can be incorporated into construction materials or consumer products as an additive.

🌍 Help Us Strengthen This Project – Your Insights Matter

We’re inviting you to contribute your voice, expertise, and perspective to improve the impact of this project. Your input helps us and others build stronger, more transparent climate action. This is community-powered validation – and your contribution makes a difference.

🔹 Watch a quick video about the project
🔹 Share what you see on the ground – upload photos, videos, or short notes
🔹 Add your SWOT analysis –  Strengths, Weaknesses, Opportunities, and Threats you notice?
🔹 Endorse the project if you believe in its purpose

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