Send Inquiry

Request To Call Back

Hospital STP and ETP Plant

Name: Hospital STP and ETP Plant
Brand: CHOUDHARY ENVIRO EQUIPMENTS
Price: 600000 INR
Availability: InStock

Price 600000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Hospital STP and ETP Plant Specification

Installation Type
Containerized/Prefabricated, On-site Installation

Capacity
10 KLD to 500 KLD

Membrane Quantity
3-15 Units (Based on Design)

Automation Grade
Automatic/Semi-Automatic

Water Source
Waste Water, Hospital Sewage

Ph Level
6.5 to 8.5

Flow Rate
10 to 500 m3/day

Treatment Technique
Activated Sludge Process, Membrane Bio-Reactor (MBR)

Membrane Size
0.1-0.4 Micron

Material
Mild Steel/FRP/SS 304

Power
3-15 kW (Depending on Capacity)

Application
Hospital Effluent and Sewage Treatment

Product Type
Hospital STP & ETP Plant

Technology
MBR/Extended Aeration/Root Zone/RO (Optional)

Power Source
Electric

Operation Type
Automatic/Semi-Automatic

Pressure
1-1.5 Bar

Dimension (L*W*H)
Customized As Per Requirement

Weight
800-2500 kg (Depending on Capacity)

Color
Blue/Grey (Standard)

Capacity Intel Flow Rate
Variable As Per Model

Control Panel
PLC Based With HMI

Design Life
15+ Years

Surface Protection
Epoxy Coated Anti-Corrosion

Maintenance Requirement
Low Maintenance

Outlet Water Quality
BOD < 10 mg/l, COD < 50 mg/l, TSS < 10 mg/l

Cooling System
Natural Air Cooling

Inlet Water Quality
TSS 250 mg/l, BOD 200 mg/l, COD 500 mg/l

Chlorination System
Optional

Compliance
MoEF & CPCB Certified

Sludge Handling
Sludge Dewatering System Included

Noise Level
< 75 dB

Pump Type
Submersible/Centrifugal

Optional Features
Remote Monitoring, Online pH/ORP Sensors

Discharge Standard
CPCB Norms

Mobility
Stationary/Portable as Option

Space Requirement
Compact, 100-400 sq.ft as Per Design

Accessories
Air Blowers, Pumps, Electric Panels, Dosing System

Hospital STP and ETP Plant About

Hospital STP Sewage Treatment Plant

Purpose Designed to treat and manage sewage and wastewater generated by hospital facilities

Functionality Treats sewage to remove contaminants pathogens and chemicals before being safely discharged or reused

Process Typically involves physical chemical and biological treatment stages such as screening aeration filtration and disinfection

Importance Ensures the hospitals wastewater complies with environmental standards and reduces the risk of waterborne diseases

Outcome Provides safe clean water for discharge or reuse such as for landscaping or cooling systems minimizing environmental impact

Hospital ETP Effluent Treatment Plant

Purpose Specifically designed to treat industrial effluents generated by the hospital such as from laboratories pharmaceuticals and kitchens

Functionality Treats wastewater containing chemicals heavy metals and other pollutants that are nonbiodegradable

Process Includes processes like neutralization coagulation flocculation filtration and sometimes advanced treatments like reverse osmosis or activated carbon

Importance Prevents harmful contaminants from entering the environment or public water systems ensuring compliance with environmental and health regulations

Outcome Purified effluent that meets discharge standards ensuring hospital activities do not harm local ecosystems or public health

Advanced Technology for Hospital Wastewater

Utilizing Membrane Bio-Reactor (MBR), activated sludge process, or optional RO and root zone methods, our treatment systems deliver exceptional performance for hospital sewage and effluent. Select from automatic or semi-automatic operation, with remote monitoring and online pH/ORP sensors as optional enhancements. These systems offer reliable compliance for hospitals requiring stringent treated water quality.

Compact & Durable Design

Engineered for limited space, our STP and ETP units occupy just 100-400 sq.ft, thanks to containerized and pre-fabricated design options. Their robust construction uses mild steel, FRP, or SS 304, finished with epoxy-coated anti-corrosion surfaces. With plug-and-play submersible or centrifugal pumps, they are easy to install and suitable for both new facilities and upgrades.

Certified Compliance & Safe Operation

Certified by MoEF and CPCB, these plants fulfill all critical environmental norms for hospital wastewater. With natural air-cooling systems, noise reduction (<75dB), automatic sludge dewatering, and PLC-based control panels, safe and efficient operation is ensured. Optional features like chlorination and dosing, and add-ons including air blowers and electric panels, enhance usability and compliance.

FAQ's of Hospital STP and ETP Plant:

Q: How does the Hospital STP/ETP plant achieve such low BOD, COD, and TSS levels in treated water?

A: The plant uses advanced treatment technologies such as the activated sludge process and Membrane Bio-Reactor (MBR), which efficiently break down organic load and trap suspended solids. This ensures treated water meets CPCB discharge norms with BOD < 10 mg/l, COD < 50 mg/l, and TSS < 10 mg/l.

Q: What installation options and space requirements are available for the hospital treatment units?

A: Installation options include containerized/prefabricated systems, suitable for indoor or outdoor setups. Their compact design requires only 100-400 sq.ft, making them ideal for hospitals with limited space. On-site installation services are provided for seamless commissioning.

Q: When should sludge be removed and how is it managed in this system?

A: Sludge removal intervals depend on plant load and operational hours but typically occur every few weeks. The integrated sludge dewatering system automates handling and minimizes manual intervention, ensuring safe disposal or further processing as per environmental guidelines.

Q: Where can these STP/ETP plants be used beyond hospitals?

A: While optimized for hospital sewage and effluent, these plants are versatile for clinics, labs, healthcare centers, and similar facilities where high-quality effluent and compliance with CPCB/MoEF norms are essential.

Q: What are the benefits of features like PLC-based control panels and remote monitoring?

A: A PLC-based HMI control panel provides user-friendly automation, streamlining operation and reducing errors. Optional remote monitoring and online pH/ORP sensors allow real-time tracking, rapid troubleshooting, and data-driven maintenance planning, collectively improving operational reliability and efficiency.

Q: How does the design ensure durability and low maintenance over its 15+ year lifespan?

A: Constructed from epoxy-coated mild steel, FRP, or SS 304, the plants resist corrosion and wear. Submersible/centrifugal pumps, air blowers, and sealed electric panels are chosen for longevity and low maintenance, while simple maintenance protocols further reduce downtime.

Q: What compliance certifications does the system hold and how does it guarantee environmental safety?

A: The plant is certified by MoEF and CPCB, evidencing full compliance with national environmental standards. Safety features like noise control, emergency shutdown, and optional chlorination maintain safe operation and ensure treated water discharge is environmentally responsible.

Tell us about your requirement