Green Solutions for a Sustainable Future

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Direct Air Capture (DAC) Technology offers a low-energy ) solution that captures CO₂ from the atmosphere while producing green hydrogen as a valuable byproduct. Built on over 15 years of research, the technology uses a 3-step process: liquid absorption, precipitation, and alkaline electrolysis.

✔️ Dual Benefit: CO₂ Capture + Green Hydrogen Production
✔️ Low-Energy, Low-CAPEX Process
✔️ Scalable, Patent-Backed Technology with Working Prototypes

Absorption Chillers offer up to 30% higher efficiency compared to global industry standards. These non-electric, heat-driven systems utilize waste heat, delivering a sustainable cooling solution that significantly reduces energy use and emissions.

✔️️ Up to 30% Higher Energy Efficiency
✔️ Utilizes Waste Heat, Non-Electric Operation
✔️ No CFCs or Harmful Refrigerants

PhyAI™ is an advanced physics-based AI engine that enables high-accuracy digital twins and intelligent optimization of building and industrial energy systems.

✔️️ Builds digital twins of HVAC, compressed dry air (CDA), and chiller plant systems

✔️️ Generates highly accurate predictive control models (<3% RMS error)

✔️️ Delivers 15–40% energy savings with reduced carbon emissions

 Axial flow fans provide enhanced energy efficiency by significantly reducing power consumption while maintaining high airflow performance.
✔️ Up to 40% Reduction in Energy Use
✔️ Drop-in Replacement: No Operational Changes Needed
✔️ Zero CAPEX: Fully Funded Through Energy Savings via Energy Performance Contract (EPC)