- Large amount of food scraps currently landfilled in Australia.
- Food organics are easy to rot, generate odour and pathogen.
- Discharge methane which has 20 times impact than CO2.
- Remaining nutrient concentration in FO are lost in landfill.
ERS solution recovers fertiliser of biomass fuel from food scraps and seperate packaging from organic resources.
- C&I food production residual is a main stream of organic waste.
- Serious environmental impact if not processed properly.
- Residuals have high nutrient concentration for further process.
- Many process techs are energy intensive with high nutrient loss.
ERS recovers better animal feed, blood and bone fertiliser or biomass fuel using less energy with a much faster process.
- Dairy residuals are wet and very hard to process and dry.
- Nutrient washed down the sewer with unprocessed residuals.
- Large amount of cattle manure in the farms and factories.
ERS recovers nutrient from the residuals and fertiliser from manure and dehydrate the material with a very fast process.
- Manure from feedlots and piggeries stockpiled, with odour issue.
- Chicken manure are sold to farms at low price.
- Largest greenhouse producer, with CO2 and methane.
ERS recovers high value organic fertiliser from pig and chicken manure, recovers biomass fuel from cow manure, then converted to energy for other farming activities with biomass boiler.
- Fishery residuals are easy to rot with amount huge odour.
- Highly protein and calcium remaining in the residuals.
- Oyster and scallop shells are landfilled, nutrient loss.
ERS technology was originally designed to process fish market waste, and ERS has been used in multiple fishmeal factories to produce fishmeal with protein content up to 68%.
- Misshaped vegetable and fruits rejected by supermarkets.
- Rotten vegetables in the farm or landfill generate GHG.
- Generate pathogen, attract flies and bugs to spread disease.
ERS recovers organic resources for other food production or fertiliser from vegetables and fruits, recover values from waste while reducing environmental and health issues.
- huge amount of biosolids constantly generated from our life.
- Biosolids are stockpiled for 3 years before reuse in Victoria.
- Huge land requirement and highly energy intensive process.
- Huge odour issues combined with GHG emission.
ERS is capable of recovering fertiliser or biomass fuel from biosolids using less energy, and eliminate odour during process.
The Tsunami hit Japan in 2013 left hundreds of acres of contaminated soil. ERS was brought in by government for a trial of soil remediation, and demonstrated its capability in resolving soil contamination issues.
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