Industrial & Agricultural Water Solutions

NanoJet™ Technology for Bottling Plants • Canning • Livestock • Crops • Fish Hatcheries • Food Processing • Fruit Growers • Paint & Chemical Manufacturing • Dye Industries

Aeration • Mixing • Oxidation • Efficiency

The Essential First Step in Industrial & Agricultural Water Treatment

Whether you're bottling beverages, processing food, raising livestock, or manufacturing chemicals, water quality determines product quality, operational efficiency, and regulatory compliance. The NanoJet System™ delivers foundational water treatment with unparalleled efficiency.

Industrial Applications

Bottling & Canning Plants

Process water quality directly impacts product taste, shelf life, and equipment efficiency:

  • THM removal from disinfected municipal water supplies
  • Iron and manganese oxidation prevents staining of bottles and cans
  • CO₂ stripping stabilizes pH for consistent product quality
  • Reduced chlorine demand for final rinse water
  • Prevention of biofilm in filling lines and storage tanks
  • Extended life of carbon filters and reverse osmosis membranes

Food Processing & Packing

Food safety and product quality depend on superior process water:

  • Pathogen suppression reduces risk of contamination
  • Iron and manganese removal prevents off-flavours and discolouration
  • Reduced chlorine demand for sanitation water
  • Biofilm prevention in processing equipment and storage tanks
  • Consistent water chemistry for recipe reliability
  • H₂S elimination removes "rotten egg" odours from product water

Paint & Coating Manufacturing

Ultra-pure, consistent water is critical for paint emulsions and dispersion:

  • Removal of dissolved iron prevents colour contamination in white and light-coloured paints
  • Bacterial suppression prevents spoilage of water-based emulsions
  • De-gassed water improves dispersion and reduces air entrainment
  • Consistent water chemistry batch after batch
  • Reduced biocide requirements for preservative systems
  • Cleaner mixing tanks with less biofilm buildup

Chemical & Dye Manufacturing

Precision water treatment enables consistent chemical reactions and dye formulations:

  • Removal of interfering ions (iron, manganese) that affect dye colour development
  • De-gassed water prevents bubble formation in sensitive reactions
  • Consistent pH through CO₂ stripping
  • Reduced oxidation potential variability for reproducible results
  • Cleaner reactor vessels with less scale and sludge
  • Extended life of catalytic media and ion exchange resins

Fruit Growers & Packing Houses

Water quality affects fruit quality from orchard to packing line:

  • Clean irrigation water reduces fruit blemishes and disease
  • Iron-free wash water prevents staining of light-coloured fruit
  • Pathogen-free rinse water extends shelf life
  • Consistent water quality for pesticide application
  • Reduced biofilm in irrigation lines and packing equipment

Industrial Boiler Feed & Cooling Towers

Protect critical infrastructure from scale, corrosion, and biological fouling:

  • CO₂ stripping reduces corrosion potential
  • Iron and manganese oxidation prevents scale formation
  • Biological growth suppression in cooling towers
  • Reduced biocide and scale inhibitor requirements
  • Extended equipment life and lower maintenance costs

Agricultural Applications

Livestock & Animal Health

Clean, oxygen-rich drinking water is essential for animal health and productivity:

  • High dissolved oxygen levels support better hydration and nutrient absorption
  • Suppression of anaerobic bacteria reduces risk of waterborne diseases
  • Elimination of foul odours (H₂S, methane) encourages higher water intake
  • Removal of iron and manganese prevents bitter tastes that deter animals from drinking
  • Cleaner water tanks with less biofilm reduce daily maintenance
  • Healthier animals with improved weight gain and milk production

Crop & Irrigation Systems

NanoJet™ technology transforms irrigation water quality for measurable crop improvements:

  • Super-oxygenated irrigation water promotes stronger root development
  • Reduced iron and manganese prevents clogging of drip irrigation emitters
  • Lower pathogen pressure reduces crop disease incidence
  • Improved nutrient availability through enhanced oxidation
  • Removal of dissolved gases prevents root zone toxicity
  • Consistent water quality across all irrigation cycles

Fish Hatcheries & Aquaculture

Oxygen is the most critical parameter in aquaculture success:

  • Maintains critical dissolved oxygen levels for fish survival and growth
  • Reduces stress on fish during transport and handling
  • Suppresses harmful bacteria without chemicals
  • Prevents thermal stratification in rearing ponds
  • Improves feed conversion ratios (FCR)
  • Reduces mortality rates, especially during high-density stocking

Fruit & Vegetable Growers

From orchard to packing shed, water quality determines final product quality:

  • Iron-free irrigation prevents leaf and fruit staining
  • Oxygenated water promotes beneficial soil microbiology
  • Reduced pathogen pressure in fertigation systems
  • Cleaner holding ponds with less algae and odour
  • Improved post-harvest wash water quality

Hydroponic & Greenhouse Operations

For soilless cultivation, NanoJet™ delivers unique advantages:

  • Maximized oxygenation at the root zone prevents hypoxia
  • Reduced pathogen pressure without harsh chemical fungicides
  • Elimination of biofilm in recirculating nutrient solutions
  • Improved nutrient homogeneity across all grow beds
  • Compatible with organic nutrient formulations
  • Energy-efficient aeration compared to traditional air pumps

Dairy & Poultry Farms

Water quality directly impacts milk production and egg quality:

  • Cleaner drinking water reduces veterinary costs
  • Iron-free water prevents staining of equipment and products
  • Reduced biofilm in milk lines and watering systems
  • Lower chemical usage for water treatment
  • Healthier animals with improved production metrics

Why Every Industrial & Agricultural Water System Needs NanoJet™

1. Immediate Oxidation of Raw Water

Industrial and agricultural water sources contain dissolved metals, low oxygen, gases, and microorganisms. Without early oxidation:

  • Iron and manganese remain dissolved - staining products and equipment
  • Anaerobic bacteria proliferate in storage tanks
  • Dissolved gases interfere with chemical processes
  • Organics remain reactive - consuming treatment chemicals

The NanoJet System™ injects oxygen instantly, oxidizing iron, stripping harmful gases, and preparing water for stable processing.

2. Preventing Stagnation in Storage

Static storage tanks create serious problems:

  • Stratification leading to inconsistent feed water quality
  • Dead spots where bacteria and biofilm flourish
  • Anaerobic pockets producing H₂S and methane
  • Sludge accumulation requiring costly cleaning

The NanoJet Turbulence Enhanced Reactor (TER) induces full-body water circulation, keeping storage consistently oxygenated and biologically stable.

3. Low-Cost First Step Before Filtration

RO systems, carbon filters, softeners, and UV systems perform better when:

  • Water is pre-oxygenated
  • Iron is already oxidized and filterable
  • Organics are destabilized
  • Sludge is lifted and prevented from settling
  • Dissolved gases are removed

NanoJet™ reduces load on all downstream treatment systems, lowers operating costs, extends media life, and prevents premature fouling.

4. Cleaner Tanks & Equipment

The NanoJet REACTOR™ valve uses eductor design that actively:

  • Draws settled solids from tank bottoms
  • Lifts and suspends sludge back into circulation
  • Disrupts sludge layers that harbour bacteria
  • Flushes accumulated sediment toward filtration
  • Prevents dead zone fermentation and odour production

This self-cleaning hydrodynamic action keeps storage hygienic and prevents equipment fouling.

5. Natural Contaminant Control

NanoJet™ aerated water suppresses:

  • Iron bacteria - a common cause of staining and clogging
  • Sulphate-reducing bacteria that produce corrosive H₂S
  • Biofilm in pipes, tanks, and heat exchangers
  • Legionella and other anaerobic pathogens
  • Algae blooms in open reservoirs and cooling towers

Oxygen-rich water requires fewer chemicals for microbial control.

6. Eco-Friendly & Energy-Efficient

Unlike air blowers, compressors, or mechanical agitators, the NanoJet System™ uses:

  • Passive hydrodynamics - no moving parts to maintain
  • Venturi entrainment - efficient oxygen transfer
  • Low-power operation - significant energy savings
  • Zero chemicals - reduced consumable costs
  • Minimal maintenance requirements

NanoJet™ vs Traditional Water Treatment

ApplicationTraditional ChallengeNanoJet™ Solution
Bottling/CanningsTHMs, iron staining, biofilmTHM stripping, iron oxidation, biofilm prevention
LivestockLow water intake, disease riskBetter taste, pathogen suppression, higher DO
Crops/IrrigationClogged emitters, root diseaseIron precipitation, oxygenated root zone
Fish HatcheriesLow DO, fish stress, mortalitySuper-saturated oxygen, reduced stress
Paint/ChemicalContamination, inconsistent batchesUltra-pure, consistent process water
Food ProcessingPathogen risk, off-flavoursPathogen suppression, clean rinse water

The NanoJet™ Advantage Across Industries

Before reverse osmosis, before deionization, before disinfection, before your process — your water needs to be: Aerated • Mixed • Oxygen-rich • Pre-oxidized • Stabilized • Sludge-free

The NanoJet System™ ensures all of this happens automatically, efficiently, and affordably across bottling plants, farms, food processing facilities, and chemical manufacturing operations.

Ready to Optimize Your Water Treatment?

Contact our team to learn how NanoJet™ can improve your product quality, reduce operating costs, and ensure regulatory compliance across your industrial or agricultural operation.

Contact Our Team