Industrial

GreenHouse provides three advanced technologies for the Industrial market for processing and disposal of common waste streams. These product offerings allow businesses to "green" their operations while extracting value from their discarded materials.

Vapor Compression

Potable water standards govern its usage for domestic consumption in homes, hotels, commerce, and industry. Our system produces distilled potable water that competes favorably with Other Treatment Methods and in a purer quality. Distillation has been with us for centuries. Literature is replete with technical discussion on this process as it relates to higher value products or commodities. However, it has been all but replaced when the demand for supplying potable water became the purview of lower cost and somewhat less efficient methodologies. Advances made by manufacturers of treatment equipment soon accounted for significant operating and capital cost savings. Our system advances a technology developed from these sources and basic distillation principles. We employ a Vapor Compression technology to extract both Sensible Heat and the Latent Heat to produce distilled water. We estimate the cost at about 0.7c/gal. * Our process is unique in that its modified Vapor Compression System uses more effective heat transfer elements and media fluid. This is sensible heat recovery typical for all distillation. The economics of this evaporation and condensation technique is enhanced by both the compression of and recovery of the Latent Heat component.

Specifications

  • Skid mounted and factory tested modules
  • The main process skid has two separate enclosures that thermally isolate the evaporator, and condenser sections
  • The mechanical skid has a separate enclosure
  • These enclosures can be strengthened for security reasons
  • Tamper-proof enclosure design available
  • Each enclosure can be separately removed for inspection purposes
  • Each 17,000-gpd (190 cu.m) evaporator/condenser combination can be separately operated
  • Evaporators and condensers are housed in separate insulated towers
  • Quick disconnect features allow access to tower internals and to mechanical skid
  • Distillation process skid is self-contained (piping, electrical etc.)
  • The 50,000-gpd module has three (3) of the towers evaporate 17,000 gpd (190 cu.m/d) each, and three (3) towers condense 17,000 (190 cu.m.) gpd each
  • Towers are 24” W x 4’ L x 8’ H (600cm W x 120cm L x 240cm H)
  • High towers operate under slight vacuum
  • System operates on a binary fluid heat transfer principle
  • System can evaporate and/or concentrate waste streams
  • System is designed for seawater desalinization
  • Pumps, compressors, automated valves, electricals and controls are located on a separate mechanical skid
  • Removable mechanical skid enclosure has thermal and noise insulation
  • Motor control center for the compressor and pumps are on the mechanical skid
  • All skids are designed for ocean containers and/or mobile rigging
  • Binary fluid pumps are 18-8 stainless steel
  • Waste brine pumps are titanium at liquid contact points in seawater applications
  • Standby compressors and pumps are optional

Magnetic Resonance

Magnetic resonance is another method of purifying water and other liquid waste streams. Information on this technology will be available soon.

Rotary Collider

Information on the Rotary Collider will be available soon.