Food and drink producers generate wastewater with high organics, sugars, oils, and variable pH.
We provide efficient biological systems that stabilise loads, reduce odours, and support recycling initiatives.
Technologies:
- Aerobic & Anaerobic treatment
- DAF for oil & solids
- MBR for recycling
Poultry processing produces effluent rich in fats, blood, proteins, and odour-causing compounds.
We design robust systems that improve solid separation, reduce COD, and ensure stable treatment efficiency.
Technologies:
- DAF for fats & solids
- Anaerobic & Aerobic biological systems
- Sludge reduction systems
Petrochemical wastewater contains oil, grease, VOCs, and chemical residues.
How We Help:
Cheme Advance provides high-performance separation and polishing technologies for stable DOE compliance.
Technologies:
- Oil separation systems
- DAF + Biological polishing
- Sludge drying for hazardous waste
Plastic washing processes generate wastewater high in solids, detergents, and odour-causing contaminants.
We improve water reuse efficiency, reduce solids, and stabilise treatment loads.
Technologies:
- DAF for solids
- Chemical treatment for detergents
- MBR for reuse
Palm oil processes generate high COD/BOD, strong odours, and sludge challenges.
We engineer biological systems that reduce treatment cost, improve stability, and support water reuse.
Technologies:
Anaerobic + Aerobic treatment
DAF for oil reduction
Sludge Dryer for biomass
The PV industry produces fluoride, silica, metals, and etching chemical wastewater.
Cheme Advance delivers precision chemical-treatment systems to neutralise and remove contaminants effectively.
Technologies:
- Chemical dosing & pH control
- Heavy metal precipitation
- MBR for final polishing
Pharma wastewater contains antibiotics, solvents, disinfectants, and other compounds that inhibit biological treatment.
We integrate physical, chemical, and biological processes to ensure complete degradation of complex compounds.
Technologies:
- Advanced oxidation (AOP)
- MBR for polishing
- Sludge handling systems
Automotive plants produce oily wastewater, paint sludge, and metal-contaminated effluent.
We design comprehensive treatment solutions that manage oil, chemicals, and solids efficiently.
Technologies:
- Oil-water separation & DAF
- Chemical treatment for paint & metals
- MBR for reuse
Metalworking industries face wastewater contaminated with heavy metals, oils, coolants, and suspended solids.
We supply customised chemical treatment and membrane systems to remove metals, stabilise pH, and ensure safe discharge.
Technologies:
- Chemical Precipitation for heavy metals
- DAF for oil separation
- MBR for polishing
Electroplating generates some of the most challenging industrial effluent, including nickel, chromium, zinc, and cyanide.
Cheme Advance designs DOE-compliant chemical-oxidation and precipitation systems tailored to plating lines.
Technologies:
- Cyanide oxidation system
- Heavy metal precipitation
- Sludge handling & dewatering
Electronics manufacturers require ultra-clean water, while producing wastewater with solvents, acids, alkaline cleaners, and metals.
How We Help:
We offer complete water and wastewater solutions including high-purity water generation and efficient treatment.
Technologies:
- RO & DI systems
- Chemical treatment for mixed solvents
- MBR for polishing
Ink and paint factories produce wastewater high in solvents, pigments, colour, and suspended solids.
Our systems reduce chemical loading, remove colour, and stabilise effluent for consistent compliance.
Technologies:
- Chemical coagulation/flocculation
- DAF
- MBR for polishing
The oleochemical sector produces high-oil-content effluent, high COD/BOD loading, and emulsified fats that are difficult to break down. These challenges often lead to DOE non-compliance, odour issues, and rising treatment costs.
We engineer oil-removal and biological treatment systems that stabilise plant performance, reduce chemical usage, and ensure stable discharge quality.
Technologies:
- MBR for high-quality effluent
- DAF system for oil & grease removal
- Anaerobic + Aerobic treatment for high COD
- Sludge Dryer System to reduce sludge volume & disposal cost
Rubber and glove factories generate wastewater with high ammonia, COD, protein residues, and fluctuating pH — making treatment difficult.
We design robust IETS systems that handle variable loads, reduce ammonia, and improve process stability for consistent DOE compliance.
Technologies:
- MBR & Biological Nitrification Systems
- Chemical Dosing & pH Neutralisation
- Sludge Handling Systems
Paper mills struggle with high suspended solids, colour, and fibre-based sludge, often causing overload in treatment plants.
How We Help:
Cheme Advance delivers systems designed to remove solids efficiently, improve colour removal, and reduce operational cost.
Technologies:
- DAF for fibre & solids removal
- Aerobic treatment for colour reduction
- Sludge Dryer for fibre sludge management
Textile wastewater contains dyes, salts, surfactants, and high TDS, making conventional biological treatment ineffective.
We integrate advanced oxidation and membrane systems for colour removal, recycling, and stable discharge.
Technologies:
- MBR for polishing & recycling
- Chemical coagulation for dye removal
- RO for water reuse initiatives
2009
- Backed by Malaysia’s Ministry of Agriculture for the first cultivation plant
