The true cost of chemical separation.
Conventional chemical separation methods account for 15% of global energy use and emit billions of tonnes of greenhouse gases every year.
A sustainable solution for our global silent polluters.
Chemical separation is crucial to industries vital to modern life, from fuels to pharmaceuticals. But conventional heat-driven methods like distillation account for 15% of global emissions - billions of tonnes yearly. SepPure Technologies has pioneered an innovative nanofiltration technology that reduces energy consumption and greenhouse gas emissions from chemical separation by over 90%. Our patented membranes eliminate the high energy demands of heat-based processing, enabling companies to substantially cut costs and decarbonize operations.
Commitment and action towards the Sustainable Development Goals
Sustainability is no longer optional - it's imperative. SepPure Technologies is committed to environmental stewardship and supporting industries’ alignment with the UN Sustainable Development Goals. Our technology reduces our global industry's carbon footprint, conserves resources for future generations, and contributes to building a circular economy.
Dramatic Energy Savings
Chemical separation consumes vast resources. Distillation requires 40,000 towers in the US alone, eating 50% of the industry's energy. This drives up costs and emissions. Seppure Technologies’ nanofiltration technology flips the script. Our membranes slash distillation's expenses and environmental impact. Companies can cut costs by billions and avoid millions of tonnes of CO2.
Enabling a Circular Economy
Solvent recovery is key to a circular economy that eliminates waste. Many solvents end up incinerated or improperly disposed of, harming the environment and incurring expenses. SepPure Technologies enables efficient solvent recovery for reuse, reducing the need for repurchasing. This cuts costs, maximizes resources, and prevents pollution. Our technology keeps solvents in a closed loop - transforming waste and redirecting it to the start of the supply chain.