Fueling Tomorrow with Bio-Diesel
At our new Mexico City headquarters and 300-hectare facility, we are transforming waste oils and animal fats into advanced energy through rigorous carbon refinement protocols.
Explore Our Bio-Diesel PlatformA Complete
Bio-Diesel Ecosystem
Our Mexico-based infrastructure integrates the entire value chain—from advanced carbon refinement to global fuel distribution—ensuring rigorous quality control and architectural sustainability.
Circular Feedstock Sourcing
Our Mexico industrial plant serves as the primary anchor for a high-capacity international feedstock network, optimizing procurement logistics across global markets.
Global
Operational Reach
The 300-hectare campus facilitates pretreatment and refining, supported by commercial hubs in Mexico City, the U.S., and Europe to manage trade and export.
Community & Workforce
Supporting ~1,000 direct roles and university partnerships to engineer the next generation of industrial operators and advanced energy architects.
Operational Excellence
Advanced industrial design engineered for maximum efficiency and global scalability.
Production Hub
A 90-hectare core processing zone utilizing high-efficiency modular trains to deliver 300,000 tonnes of annual bio-diesel output.
Phase II Scalability: 400k TPALogistics & Supply
Advanced tank farm management for UCO and tallow. Precision-engineered one-way truck flow supporting 70+ daily tanker movements.
Integrated Rail AccessStorage & Export
Refined fuel storage within specialized nitrogen-blanketed blending tanks, optimized for domestic dispatch or global export to the U.S. and EU.
Low-Carbon Maritime ExportEmpowering the Next Generation of Sustainable Engineers
Our onsite Bio-Diesel Institute provides accredited training protocols for operators and engineers. Programs range from entry-level foundational courses to advanced modules in process control and environmental compliance.
SAF & Renewable Diesel (HVO)
Researching hydrotreated vegetable oil (HVO) and sustainable aviation fuel technologies to tap into the 45M tonne global feedstock market.
Waste-to-Energy Systems
We optimize wastewater biogas and soapstock diversion to power operations, significantly reducing external energy reliance.
Collaborative Research
Strategic partnerships focusing on catalyst development, carbon-intensity reduction, and next-generation pretreatment protocols.
World‑Class Plant Operations & Safety
highest standards of reliability and compliance.
Preventive & Predictive Maintenance
Certified technicians follow international standards for airframe‑level inspections, rotating equipment maintenance and instrumentation calibration.
Component Inspection & Monitoring
Digital tracking systems monitor pumps, valves and centrifuges, ensuring uptime and early fault detection.
Rapid Response & Emergency Preparedness
Onsite teams and remote experts respond quickly to any operational issue, ensuring continuous production.
Inspiring Future Innovators Community & Youth Programs
Through our Green Champions Program, children aged 5–17 explore renewable energy and circular economy concepts. Activities include building miniature reactors, composting and recycling projects, and visits to our plant. This hands‑on approach fosters curiosity and environmental stewardship among future leaders.
Committed to Sustainable Development
We align our operations with global sustainability goals.
Emissions Reduction
Using waste oils and fats as feedstock yields an 86 % reduction in GHG emissions compared with petro‑diesel. We also use renewable energy and carbon‑capture systems on‑site.
Circular Economy & Waste Reduction
Our feedstock mix diverts UCO and animal by‑products from landfill or low‑value uses. Pretreatment and refining minimize waste streams and recover co‑products.
Community Impact & Education
By employing ~1 000 people and offering training, we contribute to economic development. We also invest in educational programs and local infrastructure.
Indicative Cost Breakdown
Capital expenditure analysis for a 300 ktpa biodiesel complex, integrating advanced carbon refinement and high-FFA pretreatment protocols.
| Major Component | Approx. Cost (USD) | Technical Implementation Notes |
|---|---|---|
| Process & Pretreatment | $350–400M | Multiple high-free-fatty-acid pretreatment lines, continuous reactors, and methanol recovery systems. Neutralization and stripping of UCO and animal fats. |
| Utilities & Storage | $120–180M | Nitrogen-blanketed tank farms (up to ~300,000 t/y capacity), boilers, steam systems, and biogas recovery units. |
| Civil & Infrastructure | $150–200M | Foundations, roadways, rail spurs, and wastewater ponds across roughly 300 hectares. |
| Corporate HQ & R&D | $60–80M | Administrative, research, and training facilities to improve community engagement and recruiting. |
| EPCM & Contingency | $80–100M | Front-end engineering, procurement, management, and a 10–15% contingency allowance. |
| Total CAPEX | ~$760–960 Million | |
Strategic Optimization: Costs can be significantly optimized to a $500–700 Million range if the project scopes out the headquarters and R&D campus to focus exclusively on production infrastructure.
Bio-Diesel by the Numbers
Primary production output of high-purity biodiesel; scalable up to 400,000 tpa through Phase II expansion.
Operational SpecsIntegrated Mexico City complex housing logistics, R&D labs, and the Sovereign Training Center.
Campus MapCreation of high-skilled engineering positions and hundreds of indirect supply-chain opportunities.
Workforce DataGlobal Reach, Local Expertise
Our Mexico bio-diesel platform anchors a wider international network of production and trade.
Mexico
(Production & HQ)
Flagship plant and corporate headquarters; serves as the central innovation hub and technical training center for the group.
Trading &
Distribution
Strategic offices in Houston and Los Angeles managing global feedstock procurement and cross-border fuel marketing.
Feedstock
Sourcing
Established partnerships with suppliers in Brazil and Argentina to secure long-term UCO and tallow volumes.
Technology &
Exports
Direct collaboration with European refiners and research centers; managing exports to EU markets via low-carbon maritime logistics.
