Safety and regulatory command, built into every project.
A relentless ALARA culture and deep command of nuclear and environmental regulation keep your operations compliant and audit-ready.
Safety First
Rigorous radiation protection and a relentless ALARA culture underpin every project we deliver.
Regulatory Excellence
Deep command of nuclear and environmental regulation keeps your operations compliant and audit-ready.
Integrated Expertise
Engineering, technical and technological capability under one roof, from first concept to final closure.
Sustainability
We minimise waste, recover value and protect the environment for the generations that follow.
One unit-operation toolkit, applied across industrial, nuclear and waste streams.
Precipitation, ion exchange, oxidation, membranes and evaporation — applied to industrial effluent, refinery spent caustic and liquid radioactive effluent, with a fourth division for everything that is not waste-liquid.
Proven where treatment is hardest.
Indicative figures from across the compendium — every value confirmed per stream by characterisation and bench / pilot testing.
From the laboratory bench to a built, guaranteed plant.
Advanced laboratory
ISO/IEC 17025-aligned fingerprinting of every stream — 120+ parameters in scope.
Piloting & R&D
Mobile pilot skids prove the route on the client’s real effluent before EPC.
On-skid manufacturing
Factory-built, FAT-tested skids and containerised plants, shipped ready to connect.
Standards & codes
ISO, ASME, PED and IAEA — compliance engineered in under the ALARA principle.
Each plant assembled from a proven set of unit operations.
KEMISTA selects and sequences technologies case by case to match the effluent, the discharge consent and the client's reuse and recovery goals.
Open selection matrixPhysical–Chemical
Coagulation, flocculation, DAF, clarification, filtration and ion exchange.
Biological
Aerobic AS/MBBR/MBR and high-rate anaerobic UASB/EGSB for organic load.
Membranes
Ultrafiltration and reverse osmosis for separation and reuse-grade permeate.
Thermal & ZLD
Evaporation, crystallisation and brine concentration to near-zero discharge.
Wherever water, waste and compliance are mission-critical.
We minimise waste, recover value, and close the water loop.
Anaerobic stages turn organic load into biogas, nitrogen is recovered as fertiliser, salts are crystallised for reuse, and zero-liquid-discharge trains return virtually all water to process.
