Trity Environ Solutions is a leading STP and ETP plant manufacturer in Roorkee, engineering turnkey wastewater systems for pharmaceutical, instrument manufacturing, and educational institutions across the Upper Ganga Canal basin. We build heavy-duty effluent treatment plants and sewage treatment plants engineered for strict UKPCB compliance, backed by pan India installation support.
Roorkee occupies a distinguished position as India's premier engineering, educational, and scientific instruments center, situated along the historic Upper Ganga Canal in Haridwar district. The city is home to prestigious academic and research institutions including IIT Roorkee, Central Building Research Institute (CBRI), and National Institute of Hydrology (NIH), along with flourishing industrial clusters in Bhagwanpur, Raipur, and Puhana.
Major manufacturing operations span pharmaceutical formulations, surveying and optical instruments, metal hardware, structural fabrication, and chemical packaging. Pharmaceutical operations generate high-strength washings containing active pharmaceutical ingredients (APIs), solvents, and chemical disinfectants, while instrument units produce metal finishing rinse and oily coolants.
As a seasoned STP and ETP plant manufacturer in Roorkee, Trity Enviro delivers specialized wastewater treatment plants engineered to prevent groundwater contamination. Operating within the holy Ganga river catchment, the Uttarakhand Pollution Control Board (UKPCB) enforces strict zero-discharge and Namami Gange standards under UKPCB compliance.
For pharmaceutical and chemical units, our custom chemical effluent treatment plants incorporate advanced chemical oxidation, pH neutralization, and multi-stage biological degradation. For precision instrument workshops generating machining lubricants, our automated oil skimmers remove tramp oils efficiently.
Concurrently, sprawling academic campuses, student hostels, and residential townships across Roorkee generate immense volumes of domestic greywater and sewage. We install compact sewage treatment plants based on MBBR and MBR technology, converting domestic sewage into sparkling recycled water for dual plumbing, green belts, and HVAC cooling towers.
The industrial corridors of Bhagwanpur and Raipur host dozens of WHO-GMP certified pharmaceutical formulation plants, packaging units, and chemical synthesis workshops. Equipment washings from tablet coating, liquid filling, and reactor cleaning generate effluents containing active pharmaceutical ingredients (APIs), antibiotics, alcohols, and cleaning detergents.
Direct discharge of these chemically active streams into local unlined nullahs flowing toward the Solani River or Ganga Canal creates acute biological hazards, including the proliferation of antimicrobial resistance (AMR). The UKPCB and Central Pollution Control Board (CPCB) enforce strict zero-bypass standards with regular environmental audits.
Trity Enviro builds specialized pharmaceutical chemical effluent treatment plants equipped with advanced Fenton oxidation reactors, flash mixers, and lamella clarifiers. Chemical oxidation breaks down complex API rings and aromatic solvents, converting them into biodegradable compounds for downstream treatment.
Wastewater then flows into extended aeration basins or Moving Bed Biofilm Reactors (MBBR) where specialized microbial cultures digest residual organics. Dewatered chemical sludge is converted into dry cake using recessed plate filter presses for safe TSDF disposal.
Roorkee is renowned for sprawling educational and research campuses like IIT Roorkee, CBRI, NIH, along with expanding residential townships and commercial plazas. These institutions house thousands of students, researchers, and faculty, generating substantial domestic wastewater volumes daily.
With water conservation priorities intensifying across Uttarakhand, treating and recycling sewage water in-situ provides vital water security. Reusing treated water for institutional farm irrigation, campus green belts, and toilet flushing conserves critical freshwater aquifers.
Our prefabricated sewage treatment plants utilize modern MBBR and MBR biological technology. Submerged fine bubble aeration maintains active biological cultures that rapidly digest organic matter, while ultrafiltration membranes produce crystal-clear, pathogen-free permeate.
For educational facilities, student hostels, and commercial complexes requiring dependable drinking water, we install high-efficiency commercial RO plants. Treated effluent is recirculated for green belts, toilet flushing, and cooling towers, delivering long-term utility savings.
Operating in the sacred Ganga river basin requires continuous technical vigilance. Many pharmaceutical and chemical processors in Roorkee are adopting zero liquid discharge architectures to insulate their operations against future regulatory restrictions. Trity Enviro delivers turnkey zero liquid discharge plants integrating ultrafiltration, industrial RO plants, and thermal evaporators.
This closed-loop design recovers over 95 percent of industrial wastewater as high-purity water for boiler feed and cooling systems while converting separated salts into dry solids. Our engineering network coordinates with regional service centers in neighboring Haridwar, Dehradun, and Saharanpur to provide fast technical response.
We provide full-scope annual maintenance contract programs across Rohtak and IMT sectors. Our field engineers handle bio-culture maintenance, chemical dosing pump calibration, membrane clean-in-place cycles, and UKPCB compliance testing. Reach out today via our contact us page for an engineering evaluation.
We utilize advanced chemical oxidation processes (such as Fenton reaction or ozonation) to break down complex molecular bonds of APIs, followed by pH neutralization and extended biological aeration to ensure safe discharge.
UKPCB mandates that treated industrial effluent must achieve pH between 6.5 and 8.5, TSS below 100 mg/L, BOD below 30 mg/L, COD below 250 mg/L, and oil and grease below 10 mg/L for surface water disposal.
Yes. Following tertiary treatment through sand filters, activated carbon beds, and chlorination, treated water is crystal clear, pathogen-free, and ideal for campus lawns, research fields, and toilet flushing.
Instrument workshops require an ETP featuring an oil skimmer to capture machining coolants, followed by chemical neutralization and lamella clarification to remove dissolved metal particles.
Yes. We offer complete annual maintenance contracts across Roorkee, providing regular site visits, chemical dosing checks, filter press servicing, and compliance documentation.
Standard packaged units of 10 KLD to 100 KLD are fabricated within 3 to 4 weeks and installed on site within 7 to 10 days once civil foundations are completed.
Our engineering team can help design the right system for your capacity, industry, and compliance requirements.