Industrial facilities generate liquid waste — or effluent — during various processes such as manufacturing, cleaning, cooling, and chemical treatment. If left unmonitored, this wastewater can carry harmful pollutants like heavy metals, toxic chemicals, oils, and organic matter into nearby water bodies, affecting both the environment and human health.
That’s why effluent monitoring is not just a regulatory requirement — it’s a responsibility. By continuously tracking the quality of wastewater discharged from your plant, you ensure that your operations meet environmental standards while avoiding hefty fines, public scrutiny, or shutdowns. Whether you're part of a chemical plant, food processing unit, textile facility, or power station, staying in control of your wastewater discharge is essential for safe, sustainable operations.
Prima’s effluent monitoring solutions provide real-time insights into key water quality parameters such as pH, COD, BOD, TSS, TDS, and more. With accurate, reliable, and continuous monitoring at your discharge points, you can catch issues early, take corrective action fast, and stay fully compliant with CPCB and other regulatory bodies.
*Terms and Conditions Applied:
*Terms and Conditions Applied:
Products We Provide
Continuous Effluent Quality Monitoring System PE-CBTUV-I-109 is the full-spectrum (200-800nm) immersion UV analyzer. Apply to measurement of COD, BOD,TOC & TSS indicators of Waste Water, Surface Water, Ground Water, Municipal Wastewater.
Electromagnetic flowmeters accurately measure the flow rate of conducting liquids or slurries flowing in closed pipes. Due to its simple and proper design, the electromagnetic flowmeter is an obstruction less & maintenance-free instrument in place of the conventional mechanical flow measuring device.
PRIMA Industrial pH Monitoring System, Model PPH-01 is designed for precision ON LINE pH measurements in Industrial processes. An instrument to measure pH in waste water, sewage water, production line. It is Microprocessor based analyzer to read and transmit the pH level by receiving the direct signal from the measuring electrode.
Key Benefits
6 key benefits of Effluent Monitoring in your plant
Identify and resolve effluent quality issues before they escalate — avoiding legal penalties, environmental damage, and production halts.
Stay compliant with CPCB, SPCB, and environmental discharge norms by monitoring effluent quality continuously and submitting accurate reports automatically.
Prevent harmful contaminants from entering rivers, lakes, or groundwater by detecting unsafe discharge conditions in real time.
Get instant alerts for abnormal levels of pollutants like COD, BOD, pH, ammonia, or heavy metals, enabling faster response and process corrections.
Manage water usage more responsibly and demonstrate your commitment to environmental protection and sustainable development.
Connect monitoring systems with online platforms (OCEMS, SCADA, IoT) for automatic data logging, regulatory submissions, and long-term performance tracking.
Customer Reviews
The Technical & Non-Technical Team of PRIMA is having good knowledge & is very supportive and the efforts they extend are greatly appreciated.
We confidently recommend PRIMA EQUIPMENT as a technically reliable vendor and expert in their Environment & Pollution Monitoring Manufacturing field.
PRIMA is the Indigenous substitute for Gas Monitoring with Good Technical Team
Wishing PRIMA more success in the field of Environment Monitoring which is very much needed in our country.
PRIMA is the Indigenous substitute for Gas Monitoring with Good Technical Team.
Industry Application
Monitoring COD in process wastewater, BOD in biological units, and TSS in oily water separators and treated outflow.
Benefit: Protects downstream treatment systems, prevents oil-laden solids discharge, and ensures environmental compliance.
Monitoring COD in final rinse and reactor wash lines, BOD in aerobic ETP tanks, and TSS in clarifiers and drains.
Benefit: Ensures safe chemical waste management, improves treatment reliability, and protects against discharge violations and equipment fouling.
Monitoring COD in solvent-rich effluents, BOD in biological reactors, and TSS at filtration units and waste holding tanks.
Benefit: Assures safe disposal of organic pollutants, improves downstream treatment control, and prevents overload of biological systems.
Monitoring COD in process waste lines, BOD in fermentation and cleaning waste, and TSS in pre-treatment and discharge outlets.
Benefit: Enables effective control of organic load, enhances ETP efficiency, and helps maintain compliance with environmental discharge norms.
Monitoring COD in dye bath discharge, BOD in biological treatment units, and TSS in equalization tanks and fabric washing water.
Benefit : Supports pollution load reduction, improves treatment performance, and ensures discharge meets regulatory standards for color and solids.
Monitoring COD at the final discharge, BOD in biological aeration tanks, and TSS at clarifier outlets and white water streams.
Benefit: Improve wastewater treatment efficiency, reduce sludge handling costs, and comply with discharge norms to protect receiving water bodies.
Monitor VOC emissions from paint production and application processes.
Benefit: Helps reduce environmental impact, improve worker safety, and comply with emission regulations.
Track emissions from painting booths, welding, and assembly lines, including VOCs, CO2, and particulate matter
Benefit: Reduces harmful emissions, protects worker health, and ensures compliance with regulations