Waste & Environmental Treatment

Industrial wastewater and solid waste streams demand targeted biocatalysts that work under real plant conditions. This range includes liquid and powder enzyme preparations, microbial consortia, and high-activity technical-grade enzymes designed for effluent polishing, sludge reduction, peroxide removal, and organic waste degradation. Suitable for integration into primary, secondary, and tertiary treatment stages, these products help reduce COD/BOD, accelerate solids breakdown, and improve discharge compliance in municipal and industrial facilities. ▸ Read technical details Applications Laccase (CAS 80498-15-3) is applied in tertiary wastewater treatment and effluent polishing to oxidize phenols, dyes, and other recalcitrant aromatic compounds, supporting color removal and COD reduction in textile, paper, and chemical plant discharge. Catalase is dosed post-oxidation to rapidly decompose residual hydrogen peroxide (H₂O₂) into water and oxygen, preventing biomass inhibition in biological treatment tanks and enabling safe discharge. High-activity alkaline protease (200,000 U/g) is used in sludge conditioning and high-protein industrial wastewater streams to hydrolyze complex proteins, improving biodegradability and reducing sludge viscosity. Selected microbial consortia are introduced into solid waste treatment systems and composting lines to accelerate degradation of mixed organic fractions under stable temperature conditions, shortening stabilization time and reducing odor. Product Range The portfolio includes technical-grade laccase (CAS 80498-15-3), catalase for hydrogen peroxide decomposition, alkaline protease at 200,000 U/g activity in powder form, and concentrated microbial blends for solid waste applications. Preparations are available in liquid and powder formats with activity specifications suitable for pilot dosing through to full-scale wastewater treatment plants. Documentation and batch specifications support industrial procurement, scale-up trials, and integration into existing environmental treatment processes.