The Lead SA

News leads from South Australia

Get The Lead in your inbox. Subscribe

Smart compost aims for more growth with less waste

Primary Industries

A new smart compost specially formulated to grow healthier, longer-lasting fruit, vegetables and crops will soon be trialled by an innovative South Australian organics company.

Print article Republish Notify me

Key Contacts

Dr Steven Lapidge

CEO Fight Food Waste CRC

Sign up to receive notifications about new stories in this category.

Thank you for subscribing to story notifications.

Peats Soil and University of Queensland researchers are adding targeted microbes to create the green organics compost and potentially reduce Australia’s 7.3 million tonnes of annual food waste.

The 12-month trial is also looking at how the compost can improve soil quality long term, with Peats Soils managing director Peter Wadewitz saying it is important to start in the field.

“We believe it will lead to a longer shelf life and also with the talk around nutrient density we want to make sure we’re getting the right nutrients out of plants,” Wadewitz said.

“We’ve been doing some trials and seeing the difference in colour and health (in vegetables) … it’s the start of why we have gone down this road, we saw the results.”

The new smart compost could eventually be sold to the horticulture industry with Peats Soil and Garden Supplies working toward its vision to be a world leader in sustainable and innovative organics recycling.

Willunga-based Peats Soil believes if the approach is adopted across the industry the amount of food and organic waste being made into compost would grow by more than 200,000 tonnes per year.

Australia’s Fight Food Waste Cooperative Research Centre is based in Adelaide and is jointly funding the pilot project. The CRC’s chief executive officer Dr Steven Lapidge said the compost could reduce food waste by increasing shelf life and therefore reducing the chance of spoilage.

“They are trialling the addition of different food waste streams to help produce healthier food and balance critical vitamins and minerals,” Dr Lapidge said.

It is one of 21 projects now underway through the national $120 million CRC based at the Waite Research Institute in Adelaide’s southern suburbs.

The Waite campus has the largest concentration of research expertise in the Southern Hemisphere in plant, food and agricultural sciences and hosts nationally significant research organisations including CSIRO, Australian Grain Technologies and the Australian Plant Phenomics Facility.

The CRC was established for 10 years with Federal Government, industry and in-kind funding raised by 60 participants.

Its goal is to slash the 40 per cent of food being wasted in Australia each year, with the CRC claiming increased industry profitability and reduced food insecurity could save the country $20 billion per annum.

The CRC this month released its 10-year strategic plan announcing a focus on working toward the Australian Government’s aim to halve food waste by 2030.

Its target, according to the strategic plan, would require a minimum reduction in food waste of 149 kg per person by 2030.

Peats Soil is running its project with the Australian Organic Recycling Association and Wadewitz believes it will close the loop in compost improving crops and also the soil.

“I’m very upbeat about this, we’ve seen the result in crops but we don’t know just how we’ve done that,” he said.

This project is about analysing and proving the results.

It is expected to lead to a prototype high-value compost product – likely to be sold to horticulture and turf farmers – that would increase the use of household food waste by Peats Soil by an estimated 50,000 tonnes a year.

Peats Soil receives and processes much of metropolitan Adelaide’s green organics through council kerbside and business collections, as well as food organics from hotels, supermarkets, schools, office buildings, food processors and manufacturers.

It hoped its new project would also lead to the new smart compost replacing a significant portion of mineral fertilisers used on farms.

Blending smart compost granules with additional nitrogen and phosphorus, and potentially other plant nutrients, could tailor nutrients to crops’ needs.

In turn, returning nutrients and energy of food and organic wastes back into the production of food crops would help growers move away from conventional inorganic fertilisers.

Some of the other projects now underway through the CRC include a meat production company working toward being fully circular through producing zero waste and others working on ways to encourage households to reduce food waste.

This is a Creative Commons story from The Lead South Australia, a news service providing stories about innovation in South Australia. Please feel free to use the story in any form of media. The story sources are linked in with the copy and all contacts are willing to talk further about the story.

Copied to Clipboard

More Primary Industries stories

Loading next article