All service operations adhere to ISO 9001:2015 standards and CPCB/SPCB environmental compliance limits with 24/7 technical field support.
Below are standard engineering deliverables and service parameters guaranteed under our service level contracts.
| Service Parameter | SLA Commitment / Standard |
|---|---|
| Specification | Testing Methods, Jar Testing, Respirometry, Advanced Oxidation Trials |
| Specification | Outcome, Optimal Chemical Dosage & Process Flowsheet Validation |
| Specification | Sample Requirement, Representative Effluent Water Samples |
Our systematic 4-step field execution process ensures zero downtime and maximum equipment longevity.
Senior field engineers inspect pumps, valves, instruments, membranes, and analyze raw feed vs treated water parameters.
Formulating customized chemical dosing regimes, CIP flushing cycles, and preventative maintenance schedules for your plant capacity.
Executing high-pressure CIP cleaning, media rebedding, pump overhaul, and sensor calibration using OEM spare parts.
Handing over verified effluent quality test reports, daily digital logbook software access, and 24/7 AMC hotline support.
A Treatability Study tests industrial effluent samples in lab-scale bench reactors to determine the exact chemical, biological, and physical treatment steps needed to achieve required discharge standards.
Testing evaluates coagulant dosage, optimum pH range, bio-degradability ratio (BOD/COD), sludge volume index (SVI), Fenton oxidation efficiency, and carbon/membrane adsorption rates.
Industrial effluents contain complex synthetic chemicals. Treatability studies identify recalcitrant or toxic compounds beforehand, ensuring full-scale ETP designs incorporate correct advanced oxidation or biological stages.
Bench-scale treatability studies typically require 1 to 2 weeks for physical/chemical trials and up to 3 to 4 weeks for continuous biological acclimation and pilot study reporting.
Yes, treatability studies analyze mineral solubility limits, silica scaling potential, and organic fouling propensity in high-TDS brine, providing crucial data for thermal evaporator and crystallizer sizing.
Fill out the form below to receive a custom engineering proposal or request emergency field dispatch.
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Contact our expert chemical engineers today for an on-site water quality audit or request a custom AMC proposal.