Project overview Noosa Shire Council has appointed OREZ, following a competitive tender process, to design a proposed in-vessel composting facility at the Noosa Resource Recovery Facility in Doonan. If it proceeds, the facility would process up to 25,000 tonnes per annum of garden organic material, producing certified compost for use in agriculture, landscaping and parks, […]
Solution Archives
Advanced Organics Recycling Facility, NSW
Tamworth Regional Council brought OREZ in under a staged Design and Construct contract to take a proposed organics processing facility from concept through to detailed design and a fully costed construction price. Where a generalist contractor builds to a brief, OREZ interrogates it, testing the scope against real feedstock volumes, real infrastructure constraints, and real […]
Dulverton Organics Processing Facility, TAS
Project overview The Dulverton Organics Treatment Facility processes food and garden organics collected across Tasmania’s North West Coast, alongside commercial organic waste from surrounding industry. Built as a fully in-vessel facility, it removes the need for open windrowing in a region with high average rainfall and extended cool periods, both of which limit conventional composting […]
Clean Energy Compost Manufacturing Facility, NSW
A detailed concept design package for an advanced bioenergy facility. Orez was engaged by Soilco to provide a concept design and preliminary design package for an Anaerobic Digester to capture biogas from Organic waste to generate onsite renewable energy which forms part of their proposed Clean Energy Compost Manufacturing Facility (CECMF). In partnership with Thoeni, […]
In Vessel Composting Facility, TAS
Through an ECI engagement OREZ provides preliminary design package for an advanced organics processing facility. Orez was engaged by Barwick’s to provide a preliminary design package for a new In-Vessel Composting facility comprising of four tunnels, to be integrated within an existing shed. The IVC system is designed to process up to 24,000 t/a of […]