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INDUSTRY SPEAKS: [WATER] “Quality of inputs is important for product performance

“Unlike conventional systems which are fabricated and pieced together using components from various manufacturers, our products are fully integrated engineered systems.”

Water scarcity and pollution are two issues of great concern in our country today, and, with our ever-increasing populations, the problem is getting worse.  The need of the hour is the on-site sewage treatment for re-use. We talk about procurement and related issues to Shahaveer Jamshedji, Managing Partner, BioWater Treatment Systems LLP…

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EverythingAboutWater | MARCH 2015 (www.eawater.com/eMagazine)

The Dual Misery

India suffers from a dual crisis – on one hand water scarcity, and on the other water pollution. This is a vicious cycle where the latter only makes the former more acute. A large part of the water pollution is on account of lack of sewage treatment facilities in the country. Water shortage and need for water conservation are well recognized by the masses although not everyone does their part. But a lesser known option is the reuse of treated waste water. Those in the industry are well aware of it but the masses are beginning to learn only now that the sewage they generate, after treatment, can be a substituted for fresh water, thereby, reducing their fresh water needs. Thus, breaking the vicious cycle of water pollution and water scarcity, it alleviates both the problems.

Decentralization is the Solution

Owing to our burgeoning population, dealing with the sewage situation in the country has been a catching-up game that, however good the Government’s intentions, is unlikely to ever do so by itself. Centralized Sewage Treatment Systems (CSTPs) need huge capital to set-up, and suffer from the lack of necessary infrastructure to convey the sewage to the plants, are plagued by operational issues and need trained and qualified manpower which is not always available. The sewage situation in the country cannot be solved by the Government alone and certainly not by centralized STPs. The obvious solution is decentralized, on-site sewage treatment plants that treat the sewage at the source where the treated water can be re-used for various applications.

A wide range of treatment technologies and a multitude of companies, agencies and individuals have been offering treatment systems/ STPs for a wide range of capacities for the past several…Click here to read on

Salient Features & How do the Systems work?

 

Salient Features

  • Robust
  • Reliable
  • Consistent Treatment
  • ‘Hands-off” – Non-operated system
  • Odourless
  • Silent
  • Underground

How does the BioMicrobics FAST® Wastewater Treatment Systems work?

  1. Wastewater enters the treatment system
  2. Natural separation and settling processes occur in the primary settling zone.
  3. In the primary settling zone for most large residential and commercial applications, a SaniTEE® device is used to prevent large solids from entering the treatment zone.
  4. A remote, above-ground blower introduces air (oxygen) into the treatment module to facilitate a robust circulation of wastewater through the media’s channeled flow path.
  5. Bacteria in the aeration zone become “fixed” or attached to the stationary media. This is where the abundant, diverse, self-regulating population of microbes consistently metabolizes the incoming waste.
  6. Clear, odorless, treated water is ready for standard or innovative dispersal.

How does the BioMicrobics BioBarrier® MBR Systems work?

  1. In the primary settling zone, a SaniTEE® device is used to prevent large solids from entering the treatment zone.
  2. A remote, above-ground blower introduces air (oxygen) into the treatment module to facilitate a robust circulation of wastewater.
  3. Once inside the treatment tank, suspended treatment occurs. Optional added components, such as the Lixor® System, can be used for extra aeration for higher than normal BOD concentrations.
  4. Immersed in the treatment tank, the BioBarrier® module(s and air grid creates an upward flow between membrane plates providing vigorous scouring action to reduce clogging. This ensures superior robust performance.
  5. The membrane pore size specifically designed to allow for microfiltration and ultrafiltration processes.
  6. Clear, odorless, treated water is ready for standard or innovative dispersal.

NSF/ANSI 350 and 350-1: Onsite Water Reuse

http://www.nsf.org/services/by-industry/water-wastewater/onsite-wastewater/onsite-reuse-water-treatment-systems

 

NSF/ANSI 245: Nitrogen Reduction

http://www.nsf.org/services/by-industry/water-wastewater/onsite-wastewater/nitrogen-reduction

 

NSF/ANSI Standard 40 Class 1

http://www.nsf.org/services/by-industry/water-wastewater/onsite-wastewater/non-liquid-saturated-treatment-systems