Pharmaceutical
High-purity process water, WFI loops, clean steam and compliant effluent treatment for regulated manufacturing.
Across 16 sectors, 7 engineering process stages and 9 advanced technologies — ENPRO WATER engineers water solutions that last.
03From pharmaceutical sterility to textile effluent colour — our engineering adapts to every water quality challenge.
Quality analysis
Wastewater treatment
Water pretreatmentHigh-purity process water, WFI loops, clean steam and compliant effluent treatment for regulated manufacturing.
Water for dialysis, sterilisation, laundry and safe hospital sewage treatment to prevent infection.
Complex effluent treatment handling solvents, heavy metals and high COD/BOD industrial wastewater.
Food-grade water supply and high-load organic effluent treatment for FSSAI compliance.
Mineral balancing, reverse osmosis and effluent recycling for beverage manufacturing plants.
High-colour effluent treatment using ozone, Fenton and RO for textile dyeing and processing units.
Paint shop effluent, DI water for testing and compliant wastewater management for OEMs.
Boiler feed water demineralisation, cooling tower treatment and ash pond effluent management.
Potable water treatment, STP for sewage recycling and LEED/IGBC-aligned water efficiency systems.
Laundry water recovery, pool water treatment and STP recycling for irrigation and flushing.
Potable water purification and STP systems for campuses, hostels and mess facilities.
General process water and industrial effluent treatment for diverse manufacturing operations.
Municipal-scale WTP and STP for townships, SEZs and large integrated infrastructure projects.
Tendering, design, supply and commissioning of water infrastructure for government agencies.
Compact STP and WTP systems for residential communities, gated colonies and mixed-use developments.
Common effluent treatment plants and centralised water systems for multi-tenant industrial estates.
Seven disciplined steps. Zero shortcuts. Every project, every time.
Deep-dive into water source characteristics, process requirements, capacity, discharge norms and regulatory obligations before any design work begins.
On-site technical evaluation of infrastructure, space, power availability and civil constraints. Our engineers assess everything before committing to a design.
Detailed design calculations, Process Flow Diagrams, P&IDs, hydraulic profiles and complete equipment selection.
Precision fabrication using industry-certified components. Quality inspections at every stage from raw material to finished system.
Professional erection by experienced site teams with quality stage inspections and adherence to civil and P&ID drawings.
Performance validation testing, instrument calibration, process optimisation and comprehensive operator training before handover.
AMC, operational troubleshooting, spare management, plant optimisation and emergency breakdown support for the entire plant lifecycle.
We integrate proven and emerging technologies that maximise water recovery, minimise energy and reduce operational complexity.
MF, UF, NF and RO membrane systems for precise water quality control with minimal chemical use.
Siemens, Allen-Bradley and Delta PLC-based control panels for precise, repeatable process control.
Supervisory control and data acquisition for real-time process visualisation, trending and alarming.
Cloud-connected sensor networks providing continuous parameter monitoring from any device, anywhere.
VFD-driven pumps reducing energy consumption by up to 50% versus fixed-speed alternatives.
Advanced staging and recirculation configurations achieving 85–95% water recovery ratios.
ORP, pH and turbidity-feedback dosing controllers for precision chemical management and cost reduction.
Cloud dashboards and mobile alerts enabling plant performance tracking and anomaly detection remotely.
Data logging infrastructure and control architecture prepared for predictive maintenance and AI integration.
Tell us your industry, water source and discharge requirements — our engineers will design the right system.