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Overview
We elevate greenhouse gas reduction technologies to a value shared by the global community, and channel their achievements toward a sustainable future.
Good Neighbors Global Impact converts greenhouse gas reduction achievements in developing countries into international carbon credits and reinvests the proceeds back into local communities. Climate technology serves as a new source of funding, and this funding creates a virtuous cycle that builds a sustainable future for the global community, transcending individual people and regions.
Process
Contribute to community development and increasing residents’ income through carbon reduction, and build a sustainable climate and economic ecosystem
Biogas System
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Core Strategy
Biogas System
We are building a sustainable future through energy circulation.
We convert organic waste into clean energy through biogas, reducing greenhouse gas emissions to address the climate crisis and promote the self-sufficiency of local communities. We convert these emission reduction achievements into carbon credits to generate new revenue streams, and we return the value of these credits to residents and local communities.
Projects
Uganda｜2024
[REDD+] International Emission Reduction Project to Enhance Carbon Sinks through Sustainable Forest Management
Korea Forestry Promotion Institute Government-Supported Project | REDD+ Pre-Feasibility Study
This feasibility study analyzed the causes of deforestation and forest degradation in the Masindi and Buikwe regions and assessed the potential for REDD+-based greenhouse gas reduction and carbon credit projects. A sustainable project model was developed to achieve both forest conservation and improved livelihoods for local communities.
※ REDD+: An approach to reducing greenhouse gas emissions by preventing deforestation and forest degradation and improving forest management.
Malawi｜2025
[Biogas] Community-Based International Emission Reduction Project for a Sustainable Clean Energy Transition
Korea Eximbank Government-Supported Project | Pre-Feasibility Study
This feasibility study examined the introduction of biogas systems using livestock manure in schools and local communities to improve access to clean energy and reduce greenhouse gas emissions. A sustainable energy transition model was developed by integrating community-based manure collection and facility maintenance systems with cleaner cooking environments, forest resource conservation, and improved agricultural productivity.
Tanzania｜2025
[REDD+] International Emission Reduction Project for Preventing Deforestation and Forest Degradation
Korea Eximbank Government-Supported Project | REDD+ Feasibility Study
This feasibility study assessed the potential for a REDD+ project in the Kigoma region to prevent forest degradation and reduce greenhouse gas emissions. Forest changes and carbon emission reductions were analyzed, and a sustainable REDD+ project model was explored based on participatory forest conservation and management involving local communities.