Water savings delivered

• Proven to reduce water consumption by >90%
• Energy, emissions, and wastewater savings
• Close couple water to production
• Potential to increase CAL retention
• Better, more consistent swab results
• Eliminate source of room condensation and latent heat load from refrigeration
• Knives hold their edge longer because they aren’t being annealed

• 2.5 kW, 230 V, 11 A
• Approximately 140 mL per cycle (4.5 sec @35 PSI)
• Suitable for knives up to 260 mm
• Two-nozzle or four-nozzle manifold options
• Minimum 300 kPa water pressure
• AS 4696 compliant and DAFF approved
• Proven global adoption with more than 1200 units installed

• Water supply pressure minimum 300kPa/3bar
• Power access 11A/ 230V
• Minimum 4.5L/min flow rate

We provide various installation options:

• Full turn-key supply and installation: For maximum energy and water savings, including measurement and verification.
• Supply only: With remote installation and technical support, with additional options for site coordination and ongoing servicing to maintain peak performance.

Multi-unit planning is available to support processors managing large steriliser fleets or staged replacement programs from business case development through to delivered utility savings.

When you buy an Econoliser, we provide:

• Service level agreements to cover annual maintenance, support and uptime backed by trained technicians and 24hr support line.
• Spare parts and cassette servicing.

The Econoliser is a water saving electric knife sanitisation system that replaces conventional continuous flow sterilisers. It provides consistent high-temperature sanitisation using significantly less water and energy. For more information, please visit: econoliser.com

The system is suited to meat processors looking to reduce water & energy consumption, reduce boiler load, and improve equipment-level hygiene control.

The unit heats water using an electric element to >90°C and only operates when knives or tools are inserted. Eliminating the need for continuous hot water running and reduces wasted energy and water.

Typical simple payback ranges from 6 to 18 months, depending on water and energy rates

The system meets industry requirements of 82°C minimum and generally operates at 90°C or above to ensure compliance.

Most units reach sterilisation temperature within 90 seconds.

Because the system only heats when required, low use periods result in savings without affecting readiness for sterilisation.

Traditional systems may run continuously throughout a shift, using on average 9L/min. The Econoliser only circulates water when a knife is inserted, using 140mL per cycle.

Standard twin knife units are designed for one or two per station.

The unit is configured to take 4.5 seconds per cycle.

The unit removes the hazard of an open hot water bath, improving operator safety and the working environment.

Yes. The system is compliant with AS 4696 and has been reviewed and accepted by DAFF. Independent AMPC-funded validation confirmed microbiological equivalence to conventional continuous-flow sterilisers under standard operating conditions.

The removable cassette design supports fast changeout and reduced downtime.

The cassette is not a pressure vessel. It is too small to be classed as a pressure vessel due to the low stored energy (pressure x volume). Mains water pressure is used as the driving force to cycle water through the unit by opening and closing the inlet solenoid valve. The outlet is technically open to atmosphere, hence part of the reason it is not classified as a pressure vessel.

The element power is controlled by a Solid State Relay (SSR), and has several safety features in place to protect against overheating, including:

• Water heater liquid level probe to ensure there’s always sufficient water in the cassette for the element to transfer heat.
• Temperature probe to ensure the vessel temperature is controlled to the nominated temperature setpoint;
• Thermal cut out switch which isolates power to the element in the event of vessel overheating.
  • In the unlikely event that all controls and safeguards fail, and the makeup solenoid valve remained closed – the vessel would boil over, with water/water vapour spilling out through the nozzles to the drain. If this situation continued, the element would breakdown and the circuit protection device will trip, isolating electricity supply from the unit.

NRG-ONE is the authorised Australian Agent, offering local installation expertise, spare parts, servicing, and technical support.