Sewage Water is basically the wastewater used by the living communities and it has been released into Drains, Canals, and many more. Sewage Water Testing can analyze the harmful chemicals present in the discharged water. Treatment of Sewage Water can help in preserving the water bodies, environment, and public health. [Sewage Water is the wastewater generated from the usage of piped / underground water and released for treatment and disposal through a network of pipes & pumping stations of the Urban Sewerage System. Sewage Water Testing analyzes harmful chemicals present therein & its Treatment helps preserve water bodies, the environment, and public health].
In India, every Sewage Treatment Plant has to cover the ISO 5667-10: 2020 Regulations while testifying the Sewage Water Samples. Besides, the Sewage Water Testing Centres also had to maintain the Scientific Parameters like COD, BOD, pH, TOC while conducting the Testing Analysis. [Sewage Treatment Plants in India are required to comply with the ISO 5667-10: 2020 Regulations & Scientific Parameters including COD, BOD, pH, and TOC during Sewage Water Sample Testing.]
In EFRAC, the Highly Experienced Manpower has been following all the guidelines of ISO 5667-10: 2020 and the Regulations of EPA 1986 in the Sewage Water Testing for offering Precise Results and Outcomes to the Clients. The water testing laboratory of EFRAC is one of the most exhaustive and well-equipped divisions with highly trained professionals and state-of-the-art instrumentation and can analyze the water quality very precisely.
[EFRAC’s Water Testing Laboratory, an exhaustive and well-equipped Laboratory with state-of-the-art instrumentation is manned by Highly Experienced Manpower complies with ISO 5667-10: 2020 guidelines and EPA 1986 Regulations in Sewage Water Testing allowing it to offer Precise Results and Outcomes to its Clients.]
Effluent Water Analysis
Parameters Covered
• BOD (3d,27oC) [[27°C] (mg/L) • COD (mg/L) • Chlorides (mg/L as Cl) • Ammoniacal Nitrogen (mg/L N) • TKN (mg/L as N) • Residual Sodium Carbonate(mg/L) • Percent Sodium (%) • Sulfates (mg/L as SO4)[SO4] • Nitrates (mg/L as NO3) [NO3] • Total Residual Chlorine (mg/L) • Free NH3 [NH3] (mg/L as N) • Fluorides (mg/L as F) • Sulfide (mg/L as S) • Dissolved Phosphates (mg/L P) • Cyanide (mg/L as CN) • Phenols (mg/L) • Colour (True) (Hazen unit) • pH (max) (min : 6.5) • TSS (mg/L) • TDS (mg/L) • Oil and Grease (mg/L) • Odour • Copper (mg/L) • Iron (mg/L) • Manganese (mg/L) • Zinc (mg/L) • Nickel (mg/L) • Born (mg/L as B) • Arsenic Total (mg/L) • Mercury (mg/L) • Lead (mg/L) • Cadmium (mg/L) • Cadmium (mg/L) • Chromium Total (mg/L) • Selenium (mg/L) • Vanadium (mg/L) • Bio-assay (% 96 hour survival)- (Bio assay method-IS 6582-Part-2) • Temperature-Thermometer • SS particle size (pass IS sieve) Residue analysis – Pesticides (ug/L) (N4) [N4 (ug/L)] Outsourced – • Alpha emitters • Beta emitters
• Turbidity Meter • Conductivity Meter • UV Visible Spectrophotometer • AAS-VGA/GTA • ICP-MS • IC • LC-MS MS (QQQ) • HPLC-FLD/DAD • GC-MS • GC-MS MS (QQQ) • TOC Analyzer • FTIR • pH Meter • Micro & Semi Micro [Semi-Micro] Balance • Real Time-PCR
• BIS
• APHA
• USEPA
• Potable drinking water as per IS-10500
• Water for feed, boiler & condensate as per IS-10496
• Packaged natural mineral water as per IS-13428
• Water for industrial cooling as per IS-8188 é
• Packaged drinking water as per IS-14543
• Water for swimming pool as per IS-3328
• Water for feed & boiler as per IS-10392
• Water for irrigation as per IS-11624
• Water for food processing IS-4251
• Water as per WHO
Drug & Cosmetic 
Microbiological 
Method 
Waste 
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