Pure Water
for a Greener
Tomorrow

Advanced filtration vessel that removes chlorine, odors, VOCs, and organic impurities through adsorption. Highly effective for both process water treatment and air/gas phase purification. Available in MS (Mild Steel) and SS (Stainless Steel).

Efficiently removes suspended solids, turbidity, and impurities using multi-layered sand filtration. Available in MS and SS for industrial and hygienic environments.

Cost-effective, high-performance solution for sludge separation in wastewater treatment. Made from Stainless Steel (SS) with space-saving design ideal for sustainable water treatment.

Removes sediment, turbidity, and floating materials. Peripheral Drive Clarifiers up to 54m diameter and Central Drive Clarifiers up to 30m diameter, with or without scum collectors.

Efficiently removes waste oils, fats, and scum from effluent. Designed per API standards with motorized trolley, antifriction bearings, and PP/HDPE/Neoprene rubber skimmer plates.

Compact, high-efficiency system for solid-liquid separation using inclined plates to maximize settling area. Ideal for removing suspended solids, turbidity, and sludge with low maintenance.

Removes small solid waste like food waste, fibers, and hair with wedge wire screens for filtration up to 0.2 mm. Stainless steel construction with non-metallic scrapers for effective cleaning.

Prevents large and medium debris from entering the screening chamber. Made with vertical flat bars, available in fixed or removable types with manual rake comb cleaning.

Efficient mixing and blending for chemical treatment, neutralization, and wastewater processing. Made from stainless steel, available in 1 to 25 HP for diverse process needs.

Rapid and uniform mixing of chemicals in water and wastewater treatment. High-speed agitation ensures efficient dispersion of coagulants, built from SS for reliable operation.

Gentle mixing to enhance floc formation in water and wastewater treatment. High circulation capacity up to 25x the feed rate for effective solid-liquid separation. SS construction.

Controls and isolates flow in channels with effective sealing. Available in SS304, SS316, Aluminum, and Mild Steel. Operated manually, electrically, pneumatically, or hydraulically.

Highly efficient sludge dewatering system for continuous operation. Low energy consumption, minimal maintenance, and high solid capture rate for wastewater treatment applications.

Advanced dual-media pressure filter designed for high-velocity filtration. Effectively removes suspended solids and turbidity using layers of graded anthracite and sand media.

Inclined hexagonal media blocks that maximize settling area in clarifiers. Dramatically improves settling efficiency and increases flow capacities with minimal footprint.

Heavy-duty belt filter press for continuous sludge dewatering. Highly automated system using dual tensioned belts to achieve optimal cake dryness for industrial waste.

Inline chemical static mixing device without moving parts. Relies on precisely engineered internal helical elements for uniform chemical dosing and rapid coagulation.

Automated screen for continuous coarse filtration in intake channels. Efficient mechanical comb cleaning removes heavy debris, preventing downstream equipment wear.

High-performance centrifugal air blowers engineered for continuous aeration and industrial ventilation. Delivers optimized energy consumption and low noise operation for ETPs and STPs.

Laminated membrane diffusers providing highly efficient oxygen transfer with fine bubble distribution. Features non-clogging design and robust chemical resistance for long life.

Highly reliable, non-clogging diffusers for sludge mixing, holding tanks, and aggressive biological treatment. Engineered for uniform distribution and low headloss.

Removes water vapor and moisture from gases to prevent system contamination and equipment damage. High-performance separation ensures dry and clean gas flow for industrial applications.

Removal of particulate matter and dust from industrial exhaust gases. Features automatic pulse-jet cleaning systems, heavy-duty filter bags, and structural supports for reliable high-volume operation.

Centrifugal separation systems for primary and high-efficiency dust removal. Removes coarse, medium, and fine dust particles from industrial gas streams using centrifugal forces.

Removal of particulate matter and gaseous pollutants from industrial exhaust. Employs liquid scrubbing media to capture and neutralize acids, hazardous chemicals, and particulate aerosols.

High-efficiency particulate and fume removal. Utilizes a high-velocity venturi throat to atomize liquid scrubbing media, capturing extremely fine sub-micron dust particles and gaseous contaminants.

Absorption of acidic, alkaline, and toxic gases. Utilizes high-surface-area packing media to ensure maximum contact between gas and liquid scrubbing streams for chemical neutralization.

Collection and treatment of welding, chemical, and industrial fumes. Includes articulating arms, local hoods, and high-vacuum extraction fans to protect workers and maintain clean air.

Dust collection from material handling, grinding, and processing operations. Engineered ducting layouts and centralized baghouses prevent dust accumulation and explosion hazards.

Fine particulate removal from large gas streams. Uses high-voltage electrostatic charges to collect ash, soot, and smoke particles from boiler and furnace exhaust onto metal plates.

Safe dispersion and flaring of treated exhaust gases. Self-supporting or guy-wired stack structures designed in compliance with environmental and aerodynamic standards, with automated flare ignition control.

Control and treatment of volatile organic compounds. Includes thermal oxidizers, carbon adsorbers, and condenser units designed to eliminate harmful hydrocarbon emissions.

Elimination of foul odours from industrial processes, composting, and wastewater plants. Employs chemical scrubbers, biofilters, or dry carbon systems for complete odor removal.

Continuous emissions monitoring system (CEMS) for real-time analysis of SOx, NOx, CO, O2, and particulate matter. Ensures regulatory compliance with automatic data logging and reporting.