Available wastewater treatment technologies

 

Tupelovox provides material, design, construction and performance requirements for any type of onsite residential and commercial project. We provide fully engineered, pre-packaged Decentralised Wastewater Treatment Systems (500 L/d to 600+ m3/d) are ideal for the public sector, private sector, hospitals, communities, and schools.

With tens of thousands of installations all over the world, the Bio-Microbics® systems are state-of-the-art, award-wining technology at affordable prices.  These “Fixed Integrated Treatment Technologies” (FITT®) have been used successfully for residential, small community, and commercial wastewater, storm water, and water reuse markets; as well as, marine vessel applications.

 

A decentralised plant allows communities to remotely treat wastewater to high standards, thereby alleviating the need for expanding centralized sewage systems.  Exceeding typical treatment effluent requirements of the local regulations, Bio-Microbics products are an integrating water strategy for the rural/urban environment.

Recognizing the environmental benefits, water savings, new stringent regulations, using treated wastewater as an alternate water source is a better on-site water management system!

     

Residential (single or community) Wastewater Treatment Systems: Submerged, fixed-film media systems designed to create an optimized treatment environment for exceptional microbial growth with energy-efficient aeration system.

• Efficient treatment and handles daily capacity for 1 person to 2500+ people
• energy-efficient FITT®-ee systems
• Low Maintenance Costs
• Certified to most International Standards: EU 12566-3, NSF Standard 40 class 1, 245 (nitrogen reduction)
• Self-Regulating – Operation does not depend upon the skill of an operator and handles surges, overloads, and light loads.

 

Commercial (small or large) Wastewater Treatment Systems:  Submerged, fixed-film media systems designed to create an optimized treatment environment for exceptional microbial growth with energy-efficient aeration system.

• Other commercial-type applications: dairy, pig, poultry and/or other types of food processing operations, hospitals, schools, hotels, resorts, camps, service sections, restaurants, facilities with food service, manufacturing plants, business parks, etc.
• Efficient treatment and handles daily capacity for 1 person to 2500+ people
• Sizing are based on industry experience, regulatory agency calculations, as well as input and data
• Low Operation and Maintenance Costs
• Approved for most International Standards
• Self-Regulating – Operation does not depend upon the skill of an operator and handles surges, overloads, and light loads.

 

Extended Aeration Systems:  Designed to be the simplest to install, operate, and maintain large commercial and community wastewater treatment system of its type.

• Engineered with non-corrosive, proprietary devices (LIXOR®), the RollsAIR® provides robust performance.

Read further:
RollsAIR™ Extended Aeration Systems
RollsAIR™ Extended Aeration Systems For Larger Commercial..

 

Membrane BioReactor (MBR) Systems:  A sludge treatment system that turns household used wastewater into reusable water with BOD/TSS detections of less than 10 mg/L and untraceable E.coli. 

• Efficient treatment and handles daily capacity for 1 person to 2500+ people
• Low Operation and Maintenance Costs
• Certified to most International Standards: EU 12566-3, NSF Standard 40 class 1, 245 (nitrogen reduction), 350 (water reuse)
• The reclaimed water adheres to water efficiency standards in the Coding Guidelines for most "Green" building certification programs.
• Ideal for winery wastewater treatment system projects: Winery wastewater averages ~7700 mg/l BOD5 (35 times stronger than domestic wastewater); and can be as high as 12,000 mg/L BOD5 and 6,000 mg/L TSS that are typical during harvest activities.

TESTIMONIAL:  “We selected the Bio-Microbics® BioBarrier® system based on its competitive cost and projected effluent quality, including our particular need to bring total nitrogen to below drinking water standards in the effluent. In fact, with the addition of alkalinity and ethanol feeders, nitrogen was never an issue, and the system ran trouble-free for the duration of the 2-year experiment with no attention other than chemical tank recharge,” said James Englehardt, University of Miami (UM) College of Engineering professor and chief investigator of the project, titled Design for Autonomous Net-Zero Water Buildings.