Filling stations, transport companies, service stations, parking lots

• Separation and absorption of non-bonded oil products (apolar extractable substances - AES) from water from roads, hardened parking and lay-by areas, handling areas, garages, car repair shops, washing ramps, etc.
• Minimal time-intensity for operators Intermittent checks and cleaning of the separator and the coalescence element, eventual replacement of sorption filters
• Long service life of used material (polypropylene, stainless steel)
• Simple installation and handling
• Two design variants – circular and rectangular
• Waterproofing

Technology principle
1st stage – gravitational separation of suspended and non-bonded oil products in the input part.
2nd stage – separation of finely dispersed oil products and their unstable emulsions in the coalescence filter.
3rd stage – final purification by sorption in the sorption filter (only sorption separator).

 

Hotels, restaurants Kitchens, lunchrooms

• Separates the oil and grease that flows out with the waste water produced by kitchens, food-processing plants, meat processing etc.
• Best installed directly onto piping systems as close to the grease source as possible
• Protects the sewers and other parts of the sewer network installation from clogging and gumming up
• Prevents water acidification caused by grease, leading to biochemical and mechanical malfunctioning of WWTP
• Low maintenance requirements
• Non-removable storage compartment for the accumulated grease
• Easy grease level measurement, high storage capacity
• Equipped with a seal and an odour-proof cap
• Increases effectivity of WWTP system and prolongs the life cycle of the system
• Lightweight unit for easy handling, installation and ground loading capability
• Plant can be installed underground, half buried or at ground level (after adjustment on request)

Treatment of drinking water, technology for water treatment

The EP-C clarifier represents a universal instrument for continuous suspended substance separation in liquid systems.
Their widespread application consists mainly of:

• Drinking water

- Surface water clarification
- Surface water softening
- Underground water softening
- Underground water Fe and Mn separation

• Industrial process water

- Production of industrial process water
- Specific treatment of wastewater (carbonate removal, metal precipitation, smoke scrubbing etc.)

• Municipality wastewater

- Primary settling
- Phosphate removal
- polishing treatment

 

BioCleaner® treatment plants are designed for disposal of waste water from the smallest individual sources of pollution such as: family houses, small hotels etc.
They are replacing antiquated septic tanks due to its effectiveness, savings and they are in accordance with modern housing.
These BioCleaners enable cleaning of waste water from kitchens, bathrooms, social facilities, washing machines, dishwashers.
The costs for cleaning are very low.

Regular operation of the WWTP and internal pumping is ensured by hydro-pneumatic pumps.
There is no other pump for WWTP operating so there are no possible sources of failure.

• The BioCleaner treatment plant ensures functionality even during power supply breakdowns
• Treatment plant doesn’t require any special insulating for operation in winter
• Current septic tanks may be remade to WWTP by installation of a technological kit
• Plastic self-supporting construction doesn’t require expensive building preparations
• WWTP can be installed under, halfway or above the surface of the terrain (after adjustment)

Essential parts of the treatment plant

• Biological reactor BioCleaner®
• Blower
• Switch clock, time switch or electric box (depending on the type)
• Hoses for an air input

1. Switch clock, time switch or electrical box for controlling the treatment plant, located in a building (e.g. in garage, basement). Membrane blower works as the source of air for the treatment plant.
2. BioCleaner® Reactor – Circular or rectangular tank fitted with technological partitions, and build-in assemblies where the treatment of the waste water takes place. The tank is put under the terrain surface, above the terrain surface is covered fibreglass lid. The tank is made of polypropylene, polyethylene or stainless steel. It also can be current concrete tank which shall be fitted with technological assembly.
3. Air inlet to the biological reactor BioCleaner® is carried out by PVC hose and PP tubes fitted in a protection pipe under the terrain surface.

Towns and villages Industry

Mechanical pretreatment
- Coarse screens
- Fine screens (hand or machine-cleaned), which are in dependence on WWTP capacity (size) suitably completedwith dewatering device and conveyor
- Gravel trap and sand trap, which may be finished with the sand separator

Biological reactor
- Activated sludge process
- D-N system, that is a system with denitrification situated prior to nitrification organized in one ore more parallel lines

• Denitrification
• Nitrification
• Settlement tank
   

Machine room

• Pressure air supply system
• Sludge management
• Chemical management
• Faecal reservoir

Tercial clearing
- Filtration (gravity or pressure sand filters, micro-sieve drum filters, membrane filters)
- Hygienization (UV disinfection, chlorination)

 

Mid-size businesses, small towns & villages

• For treatment of wastewater from manufacturing plants, hotels, camps, villages and small towns (water from bathrooms and kitchens), and biodegradable industrial waste water.
• Minimum cost ownership options are secured using various modes of programmed operation of treatment plants (seasonal operation, etc.).
• The technology can also be equipped with wastewater treatment plant together with existing septic tanks or reservoirs.

Domestic housing, small businesses

• Waste water from domestic housing, small businesses, cott ages and holiday homes in areas where there is a high demand of quality treated water:

- For buildings in national parks and other protected areas.
- For discharges to groundwater.
- The use of treated water as a utility water

• Minimization of operation costs in dependence of immediate loading (weekend operation, holidays, etc.).
• Reduction of service and maintenance costs by automatic control system.
• Minimization of operating costs for aeration of activation.
• Applied technology allows extension of service intervals.
• WWTP consists of two cleaning steps, which ensure high efficiency of waste water treatment (anaerobic pretreatment and membrane bioreactor).
• High efficiency of COD removal (95 – 98 %).
• High efficiency of bacteria and viruses removal:

- Treated water can be used for discharge into groundwater (infiltration) in places without water recipient.
- Treated water is disinfected and can be reused for irrigation of ornamental greenery and also vegetables for direct consumption.
- Treated water is suitable for reuse (e.g. flushing toilets).

Small towns & villages, hotels, recreation areas, small industry

Use

• Treatment of municipal waste waters and industrial waste waters

Savings

• Minimization of operation costs in dependence of immediate loading (weekend operation, holidays, etc.).
• Reduction of service and maintenance costs by automatic control system.
• Minimization of operating costs for aeration of activation.
• Applied technology allows extension of service intervals.
• Possible application of unique cleaning technology MCP:

- Reduces energy costs by 10 to 15 %.
- Reduces chemicals consumption.
- Extends the life of membrane modules.

Constructional advantages of membrane modules

• Longer lifetime ensured by the effective back wash (water or cleaning agents).
• Non-stationary mounting and very low pressure loss of filtration flat sheets:

- Full-area filtration (no edge clogging).
- No gap clogging.
- No silting up, no braiding
 

• Space saving by high package density due to the thin self-supporting flat sheet.
• Membrane is self-healing after mechanical damage:

- No difference in the permeate quality.
 

• Easy replacement of single filtration cassettes in module.

Advantages of mbr technology

• High efficiency of organic pollution removal, nitrogen removal, bacteria and viruses removal:

- Treated water can be used for discharges into groundwater (infiltration) in places without water recipient.
- Treated water is disinfected and can be reused for irrigation of ornamental greenery and also vegetables for direct consumption.
- Treated water is suitable for reuse (e.g. flushing toilets).