DBG Energy has developed the Belize River Valley Project, an integrated agricultural platform built around large-scale silage production. Each harvest produces nutrient-rich silage that feeds Belize's growing cattle industry, and the leftover silage waste is converted into high-value biochar, generating verified durable carbon removal credits while improving soil fertility, water retention, and crop yields.
Harvest to silage for Belize's cattle industry, silage waste to biochar, and healthier, more productive soils: fully circular, fully integrated.
We produce nutrient-rich silage that strengthens Belize's cattle industry, then convert the waste from silage production into high-quality biochar, restoring soil health, improving water retention, and strengthening climate resilience for a more productive agricultural future in Belize and the region.
Corporations, governments, and institutions with net-zero commitments increasingly require carbon removal that is permanent, measurable, and verifiable. Demand for durable carbon removal credits has grown consistently, driven by corporate climate commitments, compliance frameworks, and the scientific consensus that emissions reduction alone is insufficient.
Supply has not kept pace. Durable removal methods remain scarce, and few projects combine industrial scale, established technology, and verified permanence. The result is a structural gap between the volume of high-integrity removal the market seeks and the volume available. It is a gap that will be closed by infrastructure, not pilots.
DBG Energy is developing that infrastructure. The Belize River Valley platform pairs commercially proven conversion technology with a vertically integrated feedstock program built on our own silage operation. The harvest yields nutrient-rich cattle feed as its primary product, and the residual silage waste supplies the biochar process, positioning the platform to deliver verified, durable carbon removal at meaningful scale.
Learn About the Project →One fully integrated, fully circular system: the harvest feeds cattle, the silage waste becomes biochar, and the biochar returns to the fields blended with manure as a natural soil inoculant.
The platform's primary product is high-quality silage grown and ensiled on our own farm. It delivers reliable, nutrient-rich feed that supports the growth of Belize's cattle industry, and every harvest leaves a waste stream ready for conversion into biochar.
The platform converts the stalk waste stream into biochar, locking atmospheric carbon into a stable, solid form with permanence measured in centuries. Each ton of removal is quantified through rigorous carbon accounting and third-party verification, producing high-integrity durable removal credits for corporate and institutional buyers.
Biochar from the silage waste stream goes back to the land. Blended with manure as a natural inoculant, it returns to the fields it came from, improving water retention, nutrient availability, and long-term soil structure. The platform also supplies biochar to agricultural producers in Belize and export markets.
A continuous-process industrial facility engineered for high-volume, verifiable carbon removal, not a demonstration project.
Hundreds of acres of dedicated forage production, delivering nutrient-rich cattle feed and giving the platform long-term control over biomass supply.
A phased development plan that scales processing capacity and removal volumes as the platform matures.
Disciplined project development: independent verification, structured governance, and professional project-finance practice.
Structural strengths that position the platform for durable, scalable carbon removal.
From our own farm to finished products: the crop is grown on site, silage feeds the cattle industry, silage waste becomes biochar, and the biochar returns to the fields mixed with manure as a natural inoculant. A fully circular system that reduces supply risk and supports year-round operations.
Fertile lowlands, established agriculture, and proximity to transport corridors provide the physical foundations an industrial biomass platform requires.
The platform is purpose-built for permanent carbon removal, the highest-integrity and most supply-constrained segment of the carbon market.
The platform deploys established, industrially demonstrated conversion technology with extensive global operating precedent, not experimental processes.
Modular, multi-phase architecture allows capacity to expand in disciplined increments aligned with feedstock development and market demand.
The project is developed to project-finance standards: independent verification, structured documentation, and experienced leadership.
The platform is built on commercially proven industrial continuous pyrolysis technology, a thermochemical process with extensive operating precedent across global markets. Continuous processing enables stable throughput, consistent product quality, and the operational reliability that institutional carbon buyers and lenders require.
Every stage of the process is engineered for verification. Integrated systems manage feedstock preparation and drying, control emissions to applicable standards, and monitor process conditions in real time, generating the data infrastructure that underpins credible, auditable carbon accounting.
A climate-leading jurisdiction with the agricultural base, workforce, and market access an industrial carbon platform requires.
Belize has established itself as one of the most credible small nations in global climate finance. Its landmark Blue Bond transaction demonstrated the country's ability to execute sophisticated, internationally recognized conservation finance and signaled a national commitment to climate leadership that extends to carbon market development.
A phased, disciplined path from development to long-term operations.
An experienced team combining project development, finance, and on-the-ground operational capability in Belize.
Joseph leads the development of the Belize River Valley Carbon Removal Platform, directing project strategy, government and community relations, and in-country execution. He brings deep operating knowledge of Belize's agricultural and business landscape to the platform's development.
Marlowe is a Belizean finance and strategy advisor leading capital formation, financial structuring, and investor relations for the platform. He advises on project-finance strategy, institutional capital engagement, and carbon-market counterparties, bringing local market knowledge and regional finance experience to DBG.
Romel is a Belizean operations leader responsible for site development, permitting, construction coordination, and operational readiness for DBG Energy's Belize biochar platform. With more than 20 years of industrial operations and project delivery experience, he supports local execution, environmental compliance, and the development of scalable carbon removal infrastructure.
Sandra oversees corporate administration, regulatory coordination, and operational support for DBG Energy’s Belize platform. She supports corporate secretary functions, governance documentation, permitting, compliance tracking, and stakeholder coordination. Her role helps maintain the local organizational structure needed for project execution, workforce development, and regulatory readiness.
Paul manages feedstock sourcing, logistics, and farmer relations for the Belize River Valley platform. He coordinates feedstock supply, transport, and delivery scheduling, and works directly with farmers and landowners across the region to build reliable residue supply partnerships that keep the platform running and return value to growers.
Dennis advises DBG Energy on large-scale organic waste processing, biomass logistics, and waste-to-value project development. As President of West Coast Waste Inc., he leads a permitted California facility capable of processing up to 1,500 tons per day of agricultural and municipal green waste. He brings practical expertise in feedstock operations, pyrolysis, biochar production, and circular resource development.
Ron advises DBG Energy on process engineering, biomass conversion, and waste-to-energy project development. As President of Pagel Technical Consulting, he brings more than 40 years of experience across food processing, agribusiness, ethanol biorefining, co-generation, wastewater systems, and industrial process performance. His background supports DBG Energy’s technical planning, facility design, and scalable biochar infrastructure development.
The platform is designed to deliver lasting benefit beyond carbon removal, creating employment, supplying nutrient-rich feed to the cattle industry, strengthening agriculture, and building durable economic capacity in the Belize River Valley.
Skilled operational, agricultural, and administrative roles, with training and long-term career development.
Nutrient-rich silage for the cattle industry, biochar supply, and feedstock partnerships that strengthen the productivity of Belizean farms.
Long-term enhancement of soil health, water retention, and resilience across working agricultural land.
Export of carbon removal credits and biochar products generating foreign exchange for the national economy.
Productive use of invasive and underutilized biomass, supporting land restoration and watershed health.
Tens of thousands of tons of CO₂e removed annually and stored in stable form for centuries.
The platform is developed for multi-decade operation, built to deliver environmental, agricultural, and economic value across generations.
Additional project information is available to qualified parties following execution of appropriate confidentiality documentation.
DBG Energy welcomes inquiries from institutional investors, project-finance lenders, carbon credit buyers, and strategic partners.
