SEWAGE TREATMENT PLANT

We are prominent manufacturer of Sewage Treatment Plants that are extensively used for treating sewage before dispersing it into rivers and oceans. We offer both customized and standardized sewage treatment plants for municipal corporations, housing societies, commercial complexes, SEZs, hotels and hospitals. These systems reduce lifetime costs and occupy 1/5th of the space of any conventional system. With options of installations in basements, on terraces, recycling, complete automation and connections to the municipal lines, thermax systems are ideal and sustainable solutions for decentralized sewage treatment. These plants are completely rust free, consume less power and possess longer service life.

Features :

• Standard models capacity: 10 up to 500 m3/day in single unit
• Smaller plants capacity: 1 m3 per day

Catering to the requirements of our clients, we are offering Industrial Sewage Treatment Plant.

Our company is highly rated in offering Compact Sewage Treatment Plant.

MBBR is a biofilm process. This technology is essentially the same as Activated Sludge Process (ASP) except that the media suspended in the reactor offers additional surfaces for the microbes to grow and this in turn maximizes the growth of microbes in a given volume of aeration tank compared to the conventional aeration without the media and to that extent, it does appear preferable. MBBR system is often installed as a retrofit of existing activated sludge tanks to increase the capacity of existing system. Diffused aeration is also required. FAB technology is akin to MBBR except that instead of the media in suspension, the media is kept stationary and fluidized in the aeration tank.

We have engineered the Snap-Cap diffuser to be a substantial advancement in the industry. It consists of two simple parts, the support base and a flexible snap-on check diaphragm. The diaphragm is manufactured from a specially compounded, space-age EPDM based, thermoplastic rubber to provide extended life and improved performance. During aeration, the diaphragm lifts from the base, allowing air to exit through its orifices. When the air stops, the diaphragm instantly sits against the base by the pressure head of liquid, preventing backflow and clogging. The novel edge design of the diffuser locks on the removal diaphragm to avoid blow off and unusual pressure surges

Biological treatment of wastewater has undergone a paradigm change with the advent of high efficiencyplastic media. Working on the principle of higher surface area within the given volume, plastic media such asBio Media have resulted in highly efficient and compact treatment systems both aerobic andanaerobic. The structured media aids uniform growth of biological film on media surface. Microorganismgrowth on the media converts the organic waste into a 'removable' inorganic biomass.Bio Media is manufactured from rigid non-flammable ultraviolet (UV) stabilized PVC sheets. They
are resistant to bacteria, acids, alkalies, fungi andchemicals that are present in wastewater. The modules(packs) have folded edges at the top and bottom thatprovide critical strength at load bearing areas thusgiving resistance to mechanical damage and erosion.Bio Media provides a consistent distribution ofair and water throughout the media, thereby enhancingcontact between the effluent and the biofilm.