Mars steams ahead with renewable technology for pet food process

Mars steams ahead with renewable technology for pet food process

As cities worldwide report their highest-ever temperatures, sea ranges proceed to rise and excessive climate occasions like bushfires, floods and electrical storms turn out to be extra frequent, our leaders should handle environmental issues by rethinking and reframing our method to dwelling and thriving on planet Earth. On the frontline of management local weather motion, daring new sustainability practices should be initiated by massive organisations and pushed each internally and thru the broader stakeholder ecosystem.

For Mars, sustainable follow is about acceleration, affordability and achievability. Globally now we have simply introduced that we are going to be investing $1 billion over the following three years to drive local weather motion — from farm to desk and pet meals bowl, provide chain to the grocery retailer and residential to veterinary clinics. Mars has additionally dedicated to chop 50% of its emissions — roughly 15 million metric tons — by 2030 throughout its full world worth chain.

Nearer to residence, Mars Petcare Australia has developed an open-source plan within the pursuit of sustainable productiveness by making a ‘world-first’ pioneering answer for a way the corporate manufactures pet meals, while concurrently reducing its carbon emissions and footprint.

The deployment of ‘Inexperienced Steam’ at Mars Petcare’s Wodonga facility is the results of a profitable collaboration with Graphite Vitality and represents Australia’s first business use of an Electrical Thermal Vitality Storage (eTES) system for the manufacturing of course of warmth in manufacturing.

Commencing operations in June 2023, this progressive method permits our manufacturing unit in Wodonga, Victoria, to make use of renewable steam to prepare dinner pet meals merchandise. It does so by utilizing renewable electrical energy generated by low-cost daytime photovoltaic (PV) electrical energy (photo voltaic) to generate and retailer warmth at temperatures of as much as 700°C in Graphite Vitality’s orange field.

The eTES system permits the saved warmth to be transformed into high-quality steam on demand to prepare dinner Mars Petcare’s pet meals for the nation’s six million canine and 5 million cats.

So far, the Inexperienced Steam system has helped lower the Wodonga manufacturing unit’s fuel consumption by 20%, with a corresponding discount in emissions, and is changing as much as 9000 GJ/yr of pure fuel. The success thus far additionally demonstrates Mars Australia’s intention to take a lead position on accelerating the longer-term market decarbonisation alternative and serving to the broader organisation obtain its web zero objectives as the corporate transitions to 100% renewable vitality.

Change reminiscent of this solely happens when people and organisations shift their considering, harness the facility of sustainable practices and envision a greater future for our world. The success of the Inexperienced Steam enterprise is testomony to our collaboration with Graphite Vitality and the CSIRO’s Australian Photo voltaic Thermal Analysis Institute, a symbiotic relationship that has enabled real-life integration expertise for our companions and benefited Mars globally by means of groundbreaking publicity to such new tech.

Mars Petcare’s long-term objective is to proceed its collaboration with companions reminiscent of these in addition to work extra intently with the Victorian Authorities and main trade our bodies to assist affect and drive optimistic change that helps Australia’s sustainability problem. Nonetheless, time is of the essence, and the following six years can be essential as we glance to develop Inexperienced Steam’s footprint throughout Australia and the remainder of the world.

Mars Petcare’s objective is to attain 100% renewable vitality by 2040 and full decarbonisation by 2050. Because of sustainable innovation such because the Inexperienced Steam know-how, objectives reminiscent of these can be possible with out having to make a trade-off between the planet and productiveness.

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