Cantex’s STP design, which uses SeProAB technology, is designed to occupy a smaller footprint area and save up to 50% of electricity consumption. The design incorporates cylindrical-shaped PE carriers that add to the aerated or non-aerated basin to support biofilm growth. The biomass grows primarily on the protected surface of the inside of the carriers. Air agitation or mixers continuously circulate the carriers, while the perforated core inside the reactor keeps the biofilm carrier inside the tank.
SeProAB technology saves about 60% of the construction cost for STP systems
In the SeProAB technology, sufficient growth of microbes ensures progressive reduction of pollutants and sludge
Power consumption is less than 50% of any conventional STP technology
The minimum running time can be as low as 8 hours a day
Uses the latest Bio-Enzyme (Enzobak) technology for Sludge reduction
Faster installation and commissioning
Plant stabilization within five days from any worst condition of sewage infection
Our Treatments have Odourless operations
SeProAB uses Advanced Design and Technology
SeProAB is a progressive system, and the aeration-mixing process maintains the biofilm thickness
The coagulation process is a crucial step in water treatment plants. It involves adding iron or aluminium salts, like aluminium sulphate, ferric sulphate, ferric chloride, or polymers, to the water to remove organic compounds and suspended particles. The coagulant is mixed with the water rapidly to ensure even distribution. This process effectively eliminates many organic compounds, such as dissolved organic material (NOM) or dissolved organic carbon (DOC), and can also remove suspended particles, including inorganic precipitates like iron.
The second step in a conventional water treatment system is filtration, which removes particulate matter from water by forcing the water to pass through porous media. The filtration system consists of filters with varying sizes of pores, usually made of sand, gravel, and charcoal. The type of particles removed from water during filtration depends on the size of the filters. Slow sand filtration removes bacteria, protozoa, and viruses effectively, but it is still advisable to use disinfectants as a precautionary measure. On the other hand, rapid sand filtration removes suspended particles that may have bacteria attached. However, it cannot remove bacteria, protozoa, or viruses from the water.
Cantex Odour Control System uses negative pressure and a deodorisation treatment (biofiltration) to collect polluted air.
The system can achieve very high filtration rates (500m³/m²/h) with treatment loads that can exceed 50g/h/m³
Cantex is one of the most affordable odour-removal solutions and it is also very easy to use. It requires low maintenance and low reagent input, and is available in a wide range of flows.
Trihalomethane is the most common VOC found in water and is a by-product of water disinfection.
Perchloroethylene (PCE) is another by-product of solvents used in dry cleaning and as a degreaser at industrial sites.
Methyl tert-butyl Ether (MTBE) is a fuel additive that can contaminate groundwater and soil.
Cantex is dedicated to driving efficiencies and adding value to the environment by providing end-to-end Water Innovation products and solutions, from design to installation, commissioning, and after-sales care.
Horizon Plasto Tech
Corporate office:
No. 15, E. V. K. Sampath Road, 1st Floor, Vepery, Chennai, Tamil Nadu – 600 007, India
Factory:
151 Kalaignar Karunanidhi Road, Nellikuppam Village, Tamil Nadu – 603108, India
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