Whether you have an organic waste challenge, a research question, or are ready to explore ERS for your business — we'd love to hear from you.
Tell us about your waste stream and we'll help you understand what ERS can do for you. We typically respond within one business day.
186–188 Hoddle Street
Abbotsford VIC 3067, Australia
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ERS handles a broad range of organic waste streams — food production residuals, agricultural by-products, livestock waste, FOGO municipal collections, and more. It is particularly suited to high-water-content waste that traditional composting or drying systems struggle with.
A standard ERS processing cycle takes approximately 3 hours from waste loading to final output discharge. Units can be operated continuously to handle larger volumes.
ERS is designed to be self-contained — it requires no drainage infrastructure, no external deodorisation systems, and no waste-water treatment. Units need a standard power connection and sufficient space for the unit and loading equipment.
ERS units are available in capacities ranging from 2 tonnes/day up to 25 tonnes/day. The modular design means multiple units can be combined for higher volumes without significant additional infrastructure.
JET Australia is working with Australian regulatory bodies to ensure ERS technology meets all relevant approvals. Our Deakin University partnership is also producing the scientific validation needed for regulatory submissions. Contact us for the latest status relevant to your state and application.
ERS technology diverts organic waste from landfill, which is one of the largest sources of methane (a potent greenhouse gas) in Australia. The Deakin University research program is quantifying the exact GHG reduction per tonne of waste processed, which will support verified carbon accounting for ERS adopters.