+ Direct Air Capture

Proprietary DAC technology acquired through strategic acquisition, capturing 25 t/h CO₂ (Option A) or 200,000 t/yr (Option B) with 95% capture efficiency and 2.5 MWh/tonne energy consumption (vs. industry average 3.5+). Modular design allowing capacity expansion without plant shutdown Cost-effective operation at $75/tonne CO₂ capture Fully integrated with carbon-negative fuel production process

+ SOEC Co-Electrolysis

50MW SOEC system operating at 800-850°C, producing syngas at 1,200 Nm³/h (H₂:CO ratio 2:1) with 85% system efficiency (LHV) for hydrogen production and 90,000-hour design life. Direct coupling with renewable energy sources High-temperature operation enables thermal integration 5-year major maintenance cycle with predictable costs

+ Water Management System

Comprehensive water treatment achieving 99.9% purity for electrolysis with 95% water recovery rate (vs. industry standard 75-80%) and zero liquid discharge design. Multi-stage treatment: ultrafiltration → reverse osmosis → electrodeionization 41-42% reduction in freshwater consumption Water consumption: 3.2 liters per liter of eSAF produced

+ SOFC Power

An SOFC power plant is a highly efficient, low-emission energy solution that offers flexible, reliable power generation with excellent potential for integration into smart grids and green energy systems.

Integrated Carbon Capture & Conversion Platform

Our proprietary technology platform combines multiple proven technologies into a closed-loop carbon-negative process that delivers exceptional efficiency and environmental impact.

Renewable

Our proprietary technology platform combines multiple proven technologies into a closed-loop carbon-negative process that delivers exceptional efficiency and environmental impact.

Direct Air Capture

Direct Air Capture Proprietary DAC technology acquired through strategic acquisition, capturing 25 t/h CO₂ (Option A) or 200,000 t/yr (Option B) with 95% capture efficiency and 2.5 MWh/tonne energy consumption (vs. industry average 3.5+). * Modular design allowing capacity expansion without plant shutdown * Cost-effective operation at $75/tonne CO₂ capture * Fully integrated with carbon-negative fuel production process

Our Vision

To lead with purpose, driving innovation in creating sustainable solutions that foster a harmonious balance between progress and preservation, envisioning a future where environmental stewardship is at the core of every endeavor.

Our Innovation

The Closed-Loop Carbon-Negative Cycle

Our proprietary integration creates a synergistic efficiency not achievable by standalone components. By connecting DAC, SOEC, and Fischer-Tropsch technologies in a closed-loop system, we've achieved carbon-negative aviation fuel production with industry-leading economics. 1 Carbon Capture Direct Air Capture system removes CO₂ from atmosphere, while Option A utilizes additional biogenic CO₂ from SOFC process 2 Electrolysis & Conversion SOEC co-electrolysis converts CO₂ and H₂O into syngas, which is then processed through Fischer-Tropsch synthesis 3 Refining & Distribution Hydrocracking and refining produce final jet fuel specification product, ready for blending and distribution 4 Carbon-Negative Impact Each plant removes 600,000 tonnes CO₂ annually, with net carbon-negative impact through biogenic CO₂ integration