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Sustainable products. Practical services. Made in Ambattur, Chennai. Open 10:00 am – 5:30 pm+91 95000 55565WhatsAppgreenly@greenly.co.in

Wastewater & Sewage Treatment

Hospital Sewage Treatment Plant

Hospitals consume thousands of litres of water every day—from operating theatres and isolation wards to laboratories, laundries and cafeterias.

  • Manufactured in Ambattur, Chennai
  • Sized to your site and water
  • Installation and service support
Unique Contaminants in Medical Effluent

Talk to the team that builds it+91 95000 55565 · 10:00 am – 5:30 pm

Made in Ambattur, ChennaiDesigned and manufactured in-house

Sized for your siteWater test, usage and space reviewed first

Installed and commissionedOur team sets up and trains your staff

Spares and serviceSupport after the sale, not just supply

Why Hospital Wastewater Needs Specialised Treatment

Hospitals consume thousands of litres of water every day—from operating theatres and isolation wards to laboratories, laundries and cafeterias. The resulting effluent carries blood, pharmaceuticals, pathogens, chemical reagents and high organic loads that can contaminate municipal sewers or surface water bodies.Under the Central & State Pollution Control Board (CPCB/SPCB) rules, every healthcare facility above 100 bed capacity must install an STP (or ETP) to meet discharge standards for BOD ≤ 10 mg/L, TSS ≤ 10 mg/L and Faecal Coliform < 100 MPN/100 mL.

Unique Contaminants in Medical Effluent

Pathogenic micro organisms (bacteria, viruses, helminths)

Cytotoxic & antibiotic residues that spur antimicrobial resistance

Radio isotopes from diagnostic imaging

High Biochemical Oxygen Demand (BOD) & Chemical Oxygen Demand (COD)

Heavy metals from sterilisation and lab reagents

Hospital STP Process — from Inflow to Safe Discharge

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Pre Treatment

Bar screens & grit chambers remove wipes, gloves and inorganic grit.

Primary Treatment

Primary clarifier settles suspended solids; floatables are skimmed.

Secondary Treatment (Biological)

MBBR/MBR or SBR removes dissolved organics and nutrients.

Tertiary & Disinfection

Pressure sand, activated carbon, UF/RO membranes and UV/chlorine ensure pathogen kill and final polishing.

Sludge Handling

Sludge is dewatered in filter presses and disposed of as per BMWM Rules.

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Proven STP Technologies for Hospitals

MBBR — Moving Bed Biofilm Reactor

MBBR — Moving Bed Biofilm Reactor

The most popular option for midsized hospitals (100–500 KLD). Bio media carriers increase surface area, delivering high BOD removal (> 90 %) in a compact footprint.

MBR — Membrane Bio Reactor

MBR — Membrane Bio Reactor

Produces ultra filtered < 5 NTU permeate suitable for dialysis, HVAC make up water or flushing. Ideal where strict water reuse targets justify higher CAPEX.

SBR — Sequencing Batch Reactor

SBR — Sequencing Batch Reactor

A single tank, time sequenced process that simplifies civil construction for greenfield hospitals with space constraints.

Why Choose Greenly

Modular skid units from 50 KLD to 1 MLD; easy to expand

PLC based automation reduces operator error & chemical use

Reusable output water that meets IS 10500 for non potable reuse

Key Benefits of Installing an STP in Your Hospital

Regulatory Compliance

Avoid ₹5 lakh per day closure penalties.

Cost Savings

Recycle for cooling towers & landscaping.

Patient & Community Safety

Stop pathogen release into civic drains.

Green Credentials

Earn NABH & IGBC points; boost ESG reporting.

Odour free campus thanks to closed, vent scrubbed biological tanks.

Key Benefits of Installing an STP in Your Hospital

Installation, Operation & Maintenance Snapshot

Stage Timeline Key Tasks
Design & Approvals 2–4 weeks Effluent study, PCB consent, civil GA drawings
Civil & Mechanical 6–8 weeks Tank construction, piping, electro mechanical erection
Commissioning 2 weeks Biomass seeding, process optimisation
O&M (Year 1) Ongoing Operator training, monthly audits, sludge disposal

Choose with confidence

Choosing the right sewage and effluent treatment

  1. Measure or estimate daily wastewater flow and peak hours.
  2. For effluent, get a characterisation (BOD, COD, TSS, oil, pH).
  3. Decide where treated water will be reused.
  4. Check space available and whether the plant can be underground or above ground.
  5. Plan for sludge handling and for who will operate the plant.

What to share for a fast quote

  • Type of site and number of occupants or production volume
  • Daily wastewater flow (KLD) if known
  • Effluent analysis for industrial sites
  • Space, layout drawing and intended reuse

Prefer to talk? Call +91 95000 55565, 10:00 am – 5:30 pm.

How we work

From first message to running system

  1. 01

    Tell us the need

    Share your requirement, site details and any water report or photos.

  2. 02

    We review and size

    We ask the right questions and size the system for your site.

  3. 03

    Clear quotation

    You get a quote with scope, specification and timelines.

  4. 04

    Build, install, support

    We manufacture, install, commission and stay available for service.

Questions, answered

FAQs about Hospital Sewage Treatment Plant

Still unsure? Ask us directly or call +91 95000 55565.

Is an STP mandatory for hospitals in India?

Yes. CPCB guidelines stipulate that any healthcare facility generating > 100 KLD wastewater must commission an STP or ETP that meets discharge norms.

What is the typical footprint of a 200 KLD hospital STP?

With MBBR technology and FRP tanks, expect roughly 180 m² including sludge dewatering.

Can the treated water be reused for hand washing?

No. Current regulations allow reuse for toilet flushing, cooling towers, HVAC, gardening and firefighting—but not for potable or hand wash use.

How often is sludge removed?

On average, once every 25–30 days, depending on patient load and influent characteristics.

What is the payback period?

Most hospitals recover CAPEX via water purchase savings within 18–24 months.

How is an STP sized?

An STP is sized on daily sewage flow (KLD), which depends on the number of people and the water use per person, plus a margin for peaks. We confirm the size after reviewing your site details.

What is the difference between an STP and an ETP?

An STP treats domestic sewage from toilets, kitchens and bathrooms. An ETP treats industrial effluent, which varies with the process and often needs chemical treatment before biological treatment.

Can treated water be reused?

Yes. Treated sewage is commonly reused for flushing, gardening and cooling towers. Additional polishing such as filtration and disinfection is added to suit the reuse.

Which technology is best for limited space?

MBBR and MBR plants need less space than conventional extended aeration. The final choice depends on load, budget and the treated water quality you need.

Do you help with operation after installation?

We commission the plant, train operators and offer service support. Operation and maintenance arrangements are confirmed with the quote.

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Let’s find the right solution for your site.

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