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about us

About Ensafe Environmental Consultancy

Thought of founding the firm came in 2011 and established in 2014 with associates and technocrats of Environmental Engineering field. The sustainable growth with environmental improvement is the key factor considered for the services to preserve the environment.

''Thousands have lived without love,not one without water."

''Thousands have lived without love,not one without water."

Services

Technical Services

The company is navigated by highly motivated, committed, technically sound and in-house as well as outside technocrats with access of highly equipped advanced laboratory, technologies, equipments with latest knowledge of global technologies to give one stop client and environment friendly solutions obtained through conferences and learning & development programs supported by industry experts.
Ensafe Environmental Consultancy is an associate of GPCB recognized…
Treatability Studies on Waste Water / Effluent Samples for deriving Treatment…
ensafe has qualified, trained and motivated personnel for any type of environment…
We are providing services carrying out analysis of parameters covering…
ensafe is having a designated task force of Environment engineers…
The Energy Conservation Act, 2001 defines Energy Audit as the verification…
Client Testimonials

What our clients say

Mr. Harshal Gandhi Project Director, Pollucon Laboratories Pvt. Ltd., India

ensafe is working with us since 2012. We have performed several projects together like Monitoring & sampling of Daman & Silvassa ground water monitoring for Health Department of cluster. ensafe has good team of monitoring which will perform well in stress and give desired results within time. Presently we are working on a project of Occupational Health Study of NTPC, Ramagundam. The project is going on track and I am sure we will give the deliverables within time

Mr. Vijay Sonani Owner, Maruti Textiles, Surat, India

ensafe has provided us the total solution for Environmental problems in our company. I found it difficult to find the solution but ensafe solve all our queries by providing us Techno-legal Services like No Objection Certificate (NOC)/Consent to Operate (CTO/CCA). ensafe also provided Effluent Treatment Plant (ETP) of 300 KLD with ZLD facility. I am totally satisfied with their services.

Mr. Debajit Das Project Director, Energy Efficiency Project, UNIDO, Delhi

ensafe had awarded our Preliminary Survey for Energy Efficiency in Surat Textile Cluster project. ensafe performed the job with acceptable data and their report presentation was also up to the mark. ensafe will get the future projects of detailed study as well. All the best to ensafe for the future.

Mr. Vivek Shivlani Owner, Shiv Designs

I have prepared a Logo for ensafe. ensafe management is very clear about the company and they are fulfilling all the commitments as per the payment terms mutually discussed.

Mr. Chitrang Shah Owner, CS Tech Solutions

We have prepared ensafe website. Website is a representation of any company. ensafe management is having every details of the company with clear objective. Their vision & idea for sustainable development is clear. I can definitely say ensafe will go a long way. My best wishes is with the company!!!

Valuable Clinet

Our Clients

Latest Blog

Our Insights & Articles

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“Sewage Treatment Plant: New age Earning. “

Sewage means wastewater in generated from Toilets, Kitchen, Bathrooms, etc…
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“Sewage Treatment Plants: A Mandatory Requirement for Industries? “

Introduction: In the field of wastewater management, industries encounter a…
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“Sewage Treatment Plant: An Investment Rather Than a Liability”

Introduction: In the modern age, recognizing the significance of water…
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“What is Sewage Treatment Plant?”

Sewage water, which includes wastewater from toilets, kitchens, bathrooms, and…

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Meet Our Team

Our Creative Team

Managing Director

Director, Marketing & Sales

Managing Director

Director, Marketing & Sales

“What is Sewage Treatment Plant?” – Ensafe – We Build Green Identities For Responsible Organizations

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“What is Sewage Treatment Plant?”

Sewage water, which includes wastewater from toilets, kitchens, bathrooms, and other sources, particularly those originating from human and vegetable waste, must undergo biological treatment to prevent the decomposition of organic matter. This type of wastewater is commonly referred to as “domestic wastewater.” It is processed in a specialized sewage treatment plant dedicated to this purpose.

Purpose of Sewage Treatment Plant:

 The primary objective of sewage treatment is to produce treated effluent that can be safely discharged into the environment with minimal or no adverse impact on the surroundings. Additionally, the treated effluent can potentially be reclaimed for reuse. This goal is accomplished by eliminating impurities from the sewage, making it an essential component of waste management.

In some sewage treatment processes, a byproduct called sewage sludge is generated, which can undergo further treatment to ensure safe disposal or potential reuse. In specific situations, this treated sewage sludge may be referred to as “biosolids” and find application as a fertilizer.

Working of sewage treatment plant:

Sewage treatment typically consists of two primary stages: primary and secondary treatment. More advanced treatment methods also include a tertiary treatment phase that incorporates additional polishing processes.

Primary Treatment:

In the primary treatment stage, a portion of the suspended solids and organic matter is removed from the sewage. This is achieved by allowing the sewage to flow slowly through basins known as “primary sedimentation tanks.” In these tanks, heavy solids settle to the bottom, while oil, grease, and lighter solids float to the surface and are skimmed off. Primary settling tanks are often equipped with mechanical scrapers that continuously move the collected sludge towards a hopper at the tank’s base, from where it is pumped to sludge treatment facilities. The remaining liquid may then be discharged or subjected to secondary treatment. In some cases, sewage treatment plants connected to combined sewer systems have bypass arrangements after primary treatment to protect secondary and tertiary treatment systems during heavy rainfall events. In such instances, a mixture of sewage and stormwater receives primary treatment only. Primary sedimentation tanks are typically expected to remove 50-70% of suspended solids and 25-40% of biological oxygen demand (BOD).

Secondary Treatment:

The secondary treatment stage is designed to remove as much solid material as possible. Biological processes are employed to break down and eliminate the remaining soluble material, particularly the organic fraction. This can be achieved through suspended-growth or biofilm processes. Microorganisms responsible for consuming organic matter in sewage proliferate and form biological solids, also known as biomass. These microorganisms aggregate into flocs, biofilms, and, in specific processes, granules. In various treatment methods, the biological floc, biofilm, and residual fine solids can then settle as sludge, resulting in a liquid with significantly reduced solids content and pollutants. Secondary treatment aims to reduce organic matter, measured as biological oxygen demand (BOD), using aerobic or anaerobic processes. The microorganisms involved in these processes are sensitive to the presence of toxic substances, although high concentrations of these substances are not typically expected in municipal sewage.

Design Aspects:

  1. Population Equivalent
  2. Process Selection
  3. Odor Control
  4. Energy Requirements
  5. Co-Treatment of Industrial Effluent
  6. Design Considerations for Secondary Treatment Processes
  7. Non-Served Areas

Environmental Impacts:

Sewage treatment plants can have significant repercussions on the ecological health of receiving waters, potentially leading to water pollution, particularly when employing basic treatment processes that lack nutrient removal capabilities.

Water pollution, resulting from human activities, occurs when contaminants are introduced into water bodies, impeding their ability to serve their natural ecosystem functions. Water pollution often stems from one of four primary sources: sewage, industrial discharges, agricultural runoff, and urban stormwater. For instance, the inadequate treatment of wastewater before discharge into natural water bodies can degrade aquatic ecosystems and pose health risks to individuals who use polluted water for drinking, bathing, washing, or irrigation. Providing clean drinking water is a vital ecosystem service offered by freshwater systems; however, around 785 million people worldwide lack access to clean drinking water due to pollution.

How can Hyper Help with this?

Hyper Filtration specializes in a wide range of wastewater treatment solutions, encompassing Zero Liquid Discharge Plants (ZLD), Sewage Treatment Plants (STP), Effluent Treatment Plants (ETP), and RO Plants. Our cutting-edge technology, such as the Membrane Bioreactor (MBR), ensures efficient water treatment. Additionally, we offer tailored solutions for Mineral Water Plants. When it comes to the most dependable wastewater treatment systems, look no further than Hyper Filtration. Reach out to us today with your inquiries and discover our comprehensive solutions.

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