PACT RENEWABLES PTY. LTD.
Technology-Driven Solutions for Sustainable Management of Saline Waste and Intractable Residuals
Phone: +61420 231 338
Email: info@pactrenewables.com
Technology Platform
Salpro - Selective Mineral Recovery from Saline Waters
An enabling technology for selective or sequential recovery of commercial-grade mineral products from inorganic saline waters, via various combinations of chemical reaction, evaporation, and separation process steps. The technology, first licensed in 2001, has since undergone several rounds of enhancement for broader applicability, and subjected to independent comparative evaluation by many
organisations, consistently ranking Salpro as the most sustainable
ZLD solution for management of inorganic saline waste waters, on
technical and operational feasibility, environmental acceptability,
and economic grounds. Commercially deployed and publicly
demonstrated, Salpro offers substantial flexibility in system design
and scalability for converting large flows of impactful saline
wastewater and desalination brine into low-footprint mineral
products for direct use, or as a high-grade feedstock for
manufacturer of downstream value-added products.
MBC - Mineral-Based Composites for Encapsulation
A novel composite minerals technology for diverse
environmental and industrial applications, including
but not limited to safe containment of hard-to-abate
end-of-process saline residues, such as
PFAS-laden residuals and toxic metals. Solidification
of residuals in the matrix of the mineral composites is
achieved via aggregation and/or granulation steps,
that enables transforming the hazardous residuals into
form-stable, non-leachable material for safe landfilling.
Recognised as a top invention at 2023 World Economic
Forum, MBC technology strengthens Pact Renewables’
standing as a leading technology provider of sustainable
hazardous waste solutions.
Synpotash - Production of Variable-Solubility SOP Fertilisers and Derivatives via Mineral Conversion
A proprietary mineral-conversion process for producing chloride-free, variable-solubility sulphate of potash (SOP) fertilisers and derivatives from potassium chloride salt and potassium-containing brines. The technology complements Salpro by enabling downstream potassium-value utilisation, such as production of potassium-based additives for CO₂ capture and alkaline fuel cell application.
Together: Salpro recovers saleable mineral products and reduces saline wastewater; MBC secures and contains hazardous waste - a complementary pathway to zero waste discharge (ZWD) outcomes for enhancing a project’s community approval and investor confidence.
