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Rainlike

Venturibolt

Venturibolt

$35.00 USD
$35.00 USD
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Comes with one Aluminum Rainbolt sold as a set. Venturi injector and oxygen enhancement module is made with PVDF.

Solve problematic water quality issues using physics including venturi injection, nanobubbles and enhanced dissolved oxygen treatment for powerfully efficient and productive irrigation. Maximize every drop of water to it’s fullest potential.

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APPLICATIONS

Irrigation

  • Increases crop yield, leaf area, sugar content, germination and fruit density
  • Allows earlier season harvest and improves late-season production
  • Increases root mass resulting in greater nutrient uptake, better nutrient use efficiency (NUE) and reduced fertilizer application rates
  • Creates a better soil environment that increases beneficial microbial activity in the soil, which improves growing conditions
  • Reduces plant stress
  • Increases water infiltration rates
  • Improves water use efficiency (WUE)
  • Increases plants’ salinity tolerance

Chemigation and Fertigation

  • Uniform chemical injection rate
  • Injection stops when water flow stops
  • Available in polypropylene (PP) or polyvinylidene fluoride (PVDF)
  • Less prone to theft compared to motor-driven systems
  • Low cost and easy install

Wastewater

  • Whisper-quiet operation―no blowers
  • Low system maintenance―no fouling and no blowers to maintain
  • No limits on water depth
  • Low operating and installation costs
  • Easily adaptable for many applications―tanks, ponds, lagoons, basins, reservoirs
  • Can be used to inject air or pure oxygen
  • Resistant to corrosion, erosion and abrasion
  • Energy-efficient oxygen transfer
  • Alpha factor tested and validated (process water tested)
  • SOTR tested per ASCE Clean Water Oxygen Transfer Protocol

Aquaculture

  • Oxygen injection on wellboats during the transportation of fish and smolt;
  • Ozone injection for tank and equipment disinfection on wellboats and fishing/processing vessels;
  • Oxygen injection for land based recirculating aquaculture systems (RAS);
  • Ozone injection for pathogen inactivation and oxidation of organics in intake/recirculating water for land based recirculating aquaculture systems (RAS).

Pools

  • Higher Ozone Concentration
    Concentration and solubility are directly proportional so higher ozone concentrations promote the transfer of more ozone into solution
  • Lower Gas-to-Liquid Ratio
    A lower gas-to-liquid ratio (Vg/Vl) improves ozone mass transfer efficiency
  • Water Pressure
    Higher pressure increases ozone solubility
  • Better Mixing
    Intense, forceful mixing allows for the rapid renewal of the gas-liquid interface, increasing the mass transfer rate and the reaction rate