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Our Products

Systems

Above Ground Treatment System
Aluminum Tank  
Height 88 ¾" (including vent pipe)
83 ½" (without top lid and vent pipe)
Width 34"
Length 97 ¾" (including electric cabinet)
88 ½" (without electric cabinet)
Hydraulic capacity 1,200 Gallon per hour (per installed tank, max 4 tanks)
Biological Capacity 3 Kg / 6.6 Lbs COD per 24 Hour
   
Underground Treatment System – Fiberglass Tanks
Pre-assembled Fiberglass Tank 4,000 gallon per hour system
Diameter 10'
Length 25' 6 ¾"
Biological Capacity 16.5 Kg / 36.5 Lbs COD per 24 Hour Biologic capacity
Hydraulic capacity 4,000 Gallon per hour
   
Pre-assembled Fiberglass Tank 6,000 gallon per hour system
Diameter 10'
Length 30' 6"
Biological Capacity 25.5 Kg / 56 Lbs COD per 24 Hour Biologic capacity
Hydraulic capacity 6,000 Gallon per hour
   
Pre-assembled Fiberglass Tank 10,000 gallon per hour system
Diameter 10'
Length 37' 4 ½"
Biological Capacity 34 Kg / 75 Lbs COD per 24 Hour Biologic capacity
Hydraulic capacity 10,000 Gallon per hour


Underground Concrete Tanks -  Built For Demand Capacity

Our digesters are scalable to meet the requirements of your load and flow capacity. The bioreactor digests 1.5Kg of C.O.D. biological per cubic meter in a 24 hour period.



We Build Hydrocarbon and Surfactant Digesters



Biological Water Treatment Performance

Commercial and industrial waste water contains several different components that can be classified in two major categories:

Biodegradable material like chemicals, including soaps, detergents, waxes, wetting agents, sealants; and hydrocarbons, including petroleum products, fats, oils and greases. Usually these components are measured as COD (Chemical Oxygen Demand) and BOD (Biological Oxygen Demand)

Inert or non-biodegradable materials like clay, sand, and salts of various kinds. Usually these components are measured as TSS (Total Suspended Solids) and TDS (Total Dissolved Solids)

The performance of a bio treatment system is based on the reduction of COD and BOD from the influent. Our system reduces the COD and BOD by using a submerged attached growth bio reactor. This reactor is able to consume 1.5 Kg COD per cubic meter in 24 hours. The reduction value is used to size the bio reactor to the incoming COD and BOD levels.

TSS, typically larger than 1 - 5 microns, is removed by means of sedimentation or filtering. The system generally uses sedimentation tanks and hydro-cyclones to accomplish this, but other techniques may be used to remove TSS like lint.

TDS is only lowered if the TDS component is bio degradable. Some TSS components, like salt, will remain in the water. The water coming from the recycling unit is odor free, clear and reusable.

Water Quality Expectations

Our system can achieve the following water quality:

  • Oxygen higher than 60 %
  • Oil and grease emulsion less than 5 ppm
  • PH value 6.5 – 8.0
  • COD reduction 1.5 Kg per cubic meter of installed bio reactor per day
  • BOD number less than 30 mg/l

TDS levels will vary if sewer discharge is not available and new water is not added to the system.

Some residual chemicals may remain in the water after the biological renewal process. Dyes, for example, take a long time to biodegrade. If dyes are in the process water, the renewed water may have a tint from the dominate dye color.

For more information about how our technology will work with your process, please contact us.

Digest Hydrocarbons So You Can Renew & Reuse
  • Renew and reuse the same water over and over again.
  • Dramatically reduce your water and sewer fees. Can be used for zero discharge applications.
  • Eliminate costly disposal and incineration services, load charges, upgrade assessments, usage fines, and permits.
  • Emulsified hydrocarbons and surfactants are converted into carbon dioxide and water.
  • Biological water renewal is cost effective to install & operate.
  • Scalable for any volume, flow rate, and COD and BOD load.
  • Integrates into your existing facility or new construction.
  • Expand your business without over-burdening the local municipal infrastructure.
  • Completely safe for workers and plant life.  Will not breed pathogens.