Bioman is a revolutionary non-electric, compact and eco-friendly sewage treatment solution that is proven to be better than conventional sewage treatment plants. This innovative solution has no mechanical or electrical components and hence incurs minimal running or maintenance expenses.
With a low carbon footprint and long-life bio filter media, Bioman is an ideal solution for institutions to factories, offices to commercial complexes, high-rise apartments to high-tech campuses, hotels to resorts and more.
Capable of treating up to 100 KLD per day, Bioman is fully pre-assembled to allow quick and easy installation. It is housed in single or multiple concrete tanks with capacity to treat 15 to 100 KLD (50 to 1,000 people).
The system features sludge reduction by advanced anaerobic technology and its smartness lies in how well it works and how little maintenance it requires.
Bioman® has been designed to process waste water to achieve 95% reduction in both COB and BOD and meets the pollution control board norms.
Capable of treating up to 100 KLD per day, Bioman is fully pre-assembled to allow quick and easy installation. It is housed in single or multiple concrete tanks with capacity to treat 15 to 100 KLD (50 to 1,000 people).
The system features sludge reduction by advanced anaerobic technology and its smartness lies in how well it works and how little maintenance it requires.
Bioman® has been designed to process waste water to achieve 95% reduction in both COB and BOD and meets the pollution control board norms.
Bioman is ingeniously designed to work intelligently. The right combination and dimensions of the modules make Bioman® successful.
The settler is a closed tank consisting of two or three chambers with 16-24 hours of retention time that traps a significant portion of heavier solids and floating particles while letting the rest pass into the following modules.
| Stage - | Primary Treatment |
| Efficiency - | 20-30% |
| Maintenance - | Monthly inspection of wastewater flow Monthly removal of scum Removal of sludge - once in 3-5 years |
Consists of multiple chambers in series, connected with down take pipes. The wastewater is made to pass in an up-flow fashion, thereby establishing a contact with sludge blanket formed at the bottom. The combination of sedimentation and anaerobic sludge digestion ensures removal of suspended and colloidal particles.
| Stage - | Secondary Treatment |
| Efficiency - | 65 - 80% |
| Maintenance - | Monthly inspection of WW flow Desludging every 5 years |
Consists of up-flow chambers connected in series, partially filled with Bio filter media. The biofilm formed on filter media traps and degrades finer suspended organic particles when wastewater passes through it. The pipes, specially designed plastic media is used for better performance
| Stage - | Advanced secondary treatment |
| Efficiency - | 75 - 90% |
| Maintenance - | Monthly inspection of WW flow Desludging every 5 years. Washing of filter media- when treatment efficiency reduces |
A shallow concrete tanks of graded gravel or pebbles and selected species of plants (such as Reed, Canna indica or Cyperus papyrus) to treat remaining pollutants by biological conversion, filtration and surface aeration. It can be integrated into the landscape.
| Stage - | Tertiary Treatment |
| Efficiency - | 80 - 95% |
| Maintenance - | Monthly removal of weeds from top Trimming of plants once in 3 months |
A concrete tank with disinfectant doser is used to kill bacteria, virus and other microbes in water in particular chlorination is used to prevent the spread of waterborne diseases We can alternatively use Ozone as a powerful oxidising agent which will dissolved in water produces a broad spectrum biocide that destroys all bacteria, viruses and cysts.
| Stage - | Post Treatment |
| Efficiency - | 90-97 % |
| Maintenance - | Periodical filling of chlorine |
Treated water can be used for gardening, irrigation, surface disposal, or toilet flushing when the above options are limited we can provide percolation wells for partial disposal of treated water in the ground
| Stage - | Disposal options |
| Maintenance - | Quarterly inspection and preventive maintenance for chocking |
| Capital Investment | 30,00,000 | 30,00,000 |
|---|---|---|
| Year | Conventional STP Operational cost per year (in ) |
Bioman Commercial STP Operational cost per year (in ) |
| 1 | 4,80,000 | 95,000 |
| 2 | 6,00,000 | 95,000 |
| 3 | 7,20,000 | 95,000 |
| 4 | 8,40,000 | 95,000 |
| 5 | 10,00,000 | 95,000 |
| 6 | 11,65,000 | 1,30,000 |
| 7 | 13,30,000 | 1,30,000 |
| 8 | 15,00,000 | 1,30,000 |
| 9 | 16,65,000 | 1,30,000 |
| 10 | 18,25,000 | 1,30,000 |
| Total | 1,11,25,000 | 10,90,000 |
*Calculations are approximate, based on various projects
BIOMAN SEWAGE SOLUTIONS PRIVATE LIMITED
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ask@bioman.co.in