Selection of 73 products among
178
WASTEWATER TREATMENT BALMORAL CAP
To complement Balmoral Tanks’ range of high-end sewage treatment products, the company manufactures fit-for-purpose, cost effective, Continuous Aeration Plant (CAP).
The Balmoral Sequential Batch
Reactor (SBR) has proven, beyond doubt, to provide the highest standards of effluent quality in the market-place. The Balmoral CAP, while not designed to rival the SBR in terms of effluent quality, offers an efficient, economic and environmentally friendly alternative to either septic tanks or premium sewage treatment plant.
Product construction
Balmoral’s continuous aeration plant, and all internal parts, are either rotationally moulded in polyethylene or stainless steel offering a high level of impact resistance and long-term durability.
Balmoral Site Services
The performance and warranty of the Balmoral CAP is subject to commissioning and an annual maintenance programme.
Balmoral Site Services offers a localised service to cover all aspects of maintenance on the company’s environmental product range. Services can be tailored to suit your requirements from site surveys, commissioning, basic annual maintenance contracts, including on-going support and advice through to emergency call out.
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Balmoral Tanks
WELL WATER PRE-TREATMENT
Well water is by far the most commonly used source of water for most civil and industrial applications where there is large availability of water in aquifers at low depth from the ground level.
Well water is roughly defined by the following characteristics:
The salinity is strictly dependant upon the chemical composition of the soil with which water is in contact. The Dissolved Solids content could be in the range 50 - 5,000 ppm
Since there is no contact with air, well water is normally characterised by a low presence of micro-organisms, bacteria, algae, fungi.
Turbidity and suspended solids are normally in the lowest range but concentration could rise if water is extracted just after the drilling of the well or in case the aquifer lowers due to excessive water suction.
The presence of oils and organics in the well water is normally not likely to occur unless there is a possible source of contamination.
Following the above concepts, treatment of well water may consist of a sequence of different stages.
Basically water treatment may consist of filtration by means of media filters in order to effectively remove the suspended solids.
When large capacities are required, filtration can be performed by means of self-backwashing gravity filters. These filters are energy saving since filtration is done by gravity and in the control of the plant. The plant is in fact hydraulically operated without instrumentation, pumps and control panels.
The efficiency of filtration can be enhanced by use of chemical agents (coagulation agents or filter aids) that promote the solid particles to coalesce and further grow.
Granular Activated Carbon (GAC) Filters are effective in the removal of organics and could be moreover useful to perform the removal of free chlorine in case chlorination is done to achieve the disinfection of the feed water.
When the dissolved solids content is too high to enable any industrial or civil use, a desalination process could be implemented by means of the reverse osmosis technology. This is particularly true when well water may be contaminated by salts originated by sea water at close distance from the aquifer.
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Bono Energia SpA
SEWAGE TREATMENT PLANTS - STP
Facet’s STP Series Sewage Treatment Plants for inland applications have been designed for gravity or pumping treatment of domestic sewage, and they're intended for surface installation.. These
plants carry out the sewage treatment by biological means. STP units are of the "active sludge aerobic and extended aeration type," and they don't require dosing or other additives.
The Plant is single-built in a closed steel module inside which are three chambers for aeration, settling and discharge-disinfection. Because everything is in one unit, this facilitates transport and installation. Every chamber has been provided with the necessary access and inspection registers. Modular construction allows for increased processing capacity by placing more units in parallel.
The air diffusers responsible for the oxygenation and agitation of the water to be treated are placed within the aeration chamber. The biological filter and the pipes that re-circulate sludge and grease towards the aeration chamber are located in the settling chamber. The settling is pressurized in this chamber, facilitating the deposition of solids. All the instruments and control elements of the plant are housed inside a vandalism-resistent cabinet. The connection between the instruments inside the cabinet and the plant is through pipes or conduit.
Facet’s STP Series Sewage Treatment Plants meet the spillage requirements of 91/271/CE regulation. The sound level is lower than 55 dB(A) at 3 metres from the limit of the parcel where it is located. These Plants do not generate sludge nor do they produce odors due to the en closed modular construction. The Plants are supplied fully pre-assembled and tested, so that they can be installed in their final location in one day.
• Meet the performance requirements of 91/271/CE regulation.
• Sound Level
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Facet Francesarl
BLACK WATER DEPURATORS - BLUE SEA - ELECTROCHEMICAL TREATMENT
BLUE SEA is a sewage treatment system, of new generation, with capacity from 3500 to 12000 lt/day.
The system, fully automatic, technologically advanced, is equipped of a special chemical/Physical
laboratory where the waste water come depurate, crushed, sterilized and in accordance to the international norms, that they regulate the drainage in sea of waste water.
A waste water depurator “BLUE SEA” guarantees in fact the elimination of the bacteriological pollution thanks to an oxide/reduction process and it concurs to drastically diminish the pollution TSS, BOD5, COD, turbidity and the organic and physical presents in waste water produced in a boat, thanks instead to a fine system depuration.
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Selmar
INLET PRE-TREATMENT STATION SPIRALINE STU/2
Operation1 – Screenings pumped into the flanged inlet are captured by a C shaped screening basket and elevated off the face of the screen by the shaftless spiral fitted with screen cleaning brushes
ensuring the screening surface remains open.2 – Once captured the screenings are elevated to a convenient disposal height along the face of the shaftless spiral, conveyed screenings are de-watered in the compaction barrel before discharge. All filtrate is returned by flexible hose, back to the effluent stream.3 – Screened liquor is discharged from the inlet tank directly into a decanting hopper where grit, sand and fines are allowed to settle out, the settled solids are removed from the hopper by a low speed shaftless conveying screw, elevating above the water level, de-watering and transferring to convenient discharge height.4 – De-gritted liquor is allowed to weir out of the hopper and on to further process.5 – Screenings and grit washing system multi point in screening and conveying sections.6 – This plant is a complete pre-treatment unit, comprising of Screen, Conveyor , Compactor and Classifier.Construction1 – Self-Supporting Tank, inlet/outlet flanges, screen basket, Shaftless Conveying Sections, De-canting hopper, Legs, Wear Bars and Troughs constructed in AISI 304 stainless steel2 – De-watering /Conveying spirals in high tensile carbon steel or AISI 304 / AISI 316 stainless steel3 – Transmissions direct coupled worm gear reducers.4 – Spiral liner AISI 304 stainless steel bars.
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SKE Solutions Ltd
SURFACE WATER PRE-TREATMENT
Surface water from rivers or lakes is the most variable source of raw water and the most easily accessible.
Even though the salinity is normally moderately low because of reduced contact with the
soil, it happens sometimes that water treatment plants located on rivers estuaries have to face important sea water reflux thus highly affecting the salinity of the feed water.
In a river, in particular, turbidity and the content of micro-organisms could be impressively affected by seasonal variations or storm conditions.
Following the above concepts, treatment of surface water may consist of a sequence of different stages.
Basically water treatment may consist of chemical physical treatment with coagulation and flocculation in order to destabilise and precipitate colloids and solids into gravity settlers.
Chemical physical treatment is normally followed by filtration on media filters in order to effectively remove the residual suspended solids.
When large capacities are required, filtration can be performed by means of self-backwashing gravity filters. These filters are energy saving since filtration is done by gravity and in the control of the plant. The plant is in fact hydraulically operated without instrumentation, pumps and control panels.
The efficiency of filtration can be enhanced by use of chemical agents (coagulation agents or filter aids) that promote the solid particles to coalesce and further grow.
Granular Activated Carbon (GAC) Filters are effective in the removal of organics and could be moreover useful to perform the removal of free chlorine in case chlorination is done to achieve the disinfection of the feed water.
Ultrafiltration may be a valid alternative to the Chemical physical unit because of the high potential of retaining suspended solids, bacteria and high-MW hydrocarbons.
When the dissolved solids content is too high to enable any industrial or civil use, a desalination process could be implemented by means of the reverse osmosis technology. This is particularly true when well water may be contaminated by salts originated by sea water at close distance from the aquifer.
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Bono Energia SpA
SURFACE WATER PRE-TREATMENT
Surface water from rivers or lakes is the most variable source of raw water and the most easily accessible.
Whilst, in a river the salinity is moderately low because of reduced contact with the
soil, the turbidity and the content of micro-organisms could be impressively affected by seasonal variations, reflux of saline water from the sea or storm conditions. The following characteristics may be highlighted:
Moderately low salinity. Dissolved solids may be in the range: 50 - 500 mg/litre
High bacteria content
High turbidity and suspended solids content
Following the above concepts treatment of surface water may consist of a sequence of different stages.
Basically water treatment may consist of chemical physical treatment with coagulation and flocculation in order to destabilise and precipitate colloids and solids into a gravity settler.
Chemical physical treatment is normally followed by filtration on media filters in order to effectively remove the residual suspended solids.
When large capacities are required, filtration can be performed by means of self-backwashing gravity filters. These filters are energy saving since filtration is done by gravity and in the control of the plant. The plant is in fact hydraulically operated without instrumentation, pumps and control panels.
The efficiency of filtration can be enhanced by use of chemical agents (coagulation agents or filter aids) that promote the solid particles to coalesce and further grow.
Granular Activated Carbon (GAC) Filters are effective in the removal of organics and could be moreover useful to perform the removal of free chlorine in case chlorination is done to achieve the disinfection of the feed water.
Ultrafiltration may be a valid alternative to the Chemical physical unit because of the high potential of retaining suspended solids, bacteria and high-MW hydrocarbons.
When the dissolved solids content is too high to enable any industrial or civil use a desalination process could be implemented by means of the reverse osmosis technology. This is particularly true when well water may be contaminated by salts originated by sea water at close distance from the aquifer.
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Bono Energia SpA
ANAEROBIC DIGESTOR BIOBUG® AD (B120)
Product Description
BIO-SYSTEMS BIOBUG AD contains a specially formulated range of adapted high-performance microorganisms
developed for use in the biological wastewater treatment of greases, fats
and oils in anaerobic digesters. As well as
microorganisms, BIO-SYSTEMS BIOBUG AD contains surface tension
depressants and penetrants which loosen and liquefy heavy grease deposits,
thereby assisting in their biodegradation.
When used as directed BIO-SYSTEMS BIOBUG AD is safe. It is harmless to
people, clothing and the environment and is completely biodegradable.
When applied to effluent treatment facilities, BIO-SYSTEMS BIOBUG AD assists
in:
• Helping to establish a biomass capable of handling these difficult wastes.
• Reducing the accumulation of unsightly deposits of grease and fat.
• Increasing the efficiency of overloaded treatment systems.
• Preventing the blocking, ponding and possible collapse of filter-bed media.
• Significantly reducing odor problems.
• Enhancing BOD and COD removal while improving sludge settlement.
In addition to the bacterial element of BIO-SYSTEMS BIOBUG AD, a number of
free enzymes are produced by and are present within the product. The presence
of a complex of amylases and lipases, in conjunction with the bacteria, provides the capacity to degrade extra cellular
polymers, (which cause foaming), and suppress the growth of the filamentous organisms by affecting the structure of
the filaments.
Other benefits include:
• Regular application lowers maintenance
Costs for grease blockages in treatment
plant.
• Controls sulfide odors.
•Improves recovery after toxic or load related
Upsets
Benefits of BIOBUG AD:
• Improve Treatment Plant Performance
• Reduces Foam
• Lower Sludge Production
• Controls Grease Caps and FOG Build-up
• Improves Methane Production
Anaerobic Digesters
Bacterial Formulation
Bio-Enhancer
Micronutrient
Plus
Plus
After Bio-Systems
INTERNATIONAL
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Bio-systems Corp Ltd
BRUSHED PERFORATED SCREEN KLEARLINE CS
Operation1 – A screen positioned in the middle of a reinforced concrete channel retains the medium and fine solid particles and allows the effluent to flow through.2 – These particles are then
removed from the screen by brushes mounted on a self- lubricating chain, which continuously remove the waste off the screen at the desired discharge height.3 – A scraper is provided for keeping the moving brushes clean and removing the waste.Construction1 – It is manufactured entirely in AISI 304 stainless steel, with driving chain and rollers which are self-lubricating in water, four brushes with double shock-absorption, screening part and rocking scraper.3 – Screens: perforated plate from 0.8 to 5mm; slots from 1x2 to 5x20 mmFeatures1 – Load-bearing frame in AISI 304 stainless steel sheet, with chain runners and screening surface incorporated.2 – Cleaning drive chain with polyester links and rollers, self lubricating in water.3 – Driving gear in anti-wear plastic material, with through-shaft and supporting ball-bearings, complete with slides and screw stays.4 – Cleaning brushes in nylon complete with shock-absorbing supports.5 – Scraper for automatic brush cleaning equipped with small, double acting oil-dynamic ram.7 – Electric motor, three-phase 220/380 volt. 50 Hz. 1400 rpm, IP 55 protection, insulation class F.
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SKE Solutions Ltd
