Biosolids resource management centre launched at RMIT University
SMART CITIES

Biosolids resource management centre launched at RMIT University

A biosolids resource management centre has been launched at RMIT University in Australia, with an aim to transform the biosolids resource management in Australia.

The Australian Research Council Training Centre for Australia's biosolids resource transformation centre is based at RMIT University's Bundoora campus.

Biosolids are by-products of the wastewater treatment process, which can be used as fertilisers in land rehabilitation or as construction material. However, nearly 30% of the global by-products go to the landfill or stockpiled.

RMIT's Deputy Vice-Chancellor Research and Innovation, and Vice President, Prof Calum Drummond, said that the centre is the main investment in tackling the challenge. The RMIT's centre strengthens in solving complex problems through research and innovation. The industry's training is the next generation of biosolids managers for the water sector.

The first group of researchers would include 11 postdoctoral researchers and 14 postgraduate students along with trainees from the postgraduate student's group to complete the industry-based research within a year.

Getting the industry's experience would help to enhance the skills and networks according to the research, and it will help to become work-ready, Drummond said.

Along with training the next generation of biosolids managers, the centre will also advance fundamental and translational biosolids research.

Prof Andrew Ball, Centre Director, said that the research would provide new opportunities for many Australian industries.

The centre will provide significant benefit to the industry as the economic value of new applications and market opportunities, with delivering cost-saving in an eco-friendly manner, he said.

The training centre will be vital for creating innovative products and knowledge of the biosolids industry. It will be a place for researchers to participate in graduate-level training, which is essential for Industrial Transformation Priority areas of food and agricultural business.

Image Source


Also read: Maha govt nods Nagpur civic body’s waste composting, recycling projects

Also read: Biomass Briquettes: Goa’s project to turn agri waste into green fuel

A biosolids resource management centre has been launched at RMIT University in Australia, with an aim to transform the biosolids resource management in Australia. The Australian Research Council Training Centre for Australia's biosolids resource transformation centre is based at RMIT University's Bundoora campus. Biosolids are by-products of the wastewater treatment process, which can be used as fertilisers in land rehabilitation or as construction material. However, nearly 30% of the global by-products go to the landfill or stockpiled. RMIT's Deputy Vice-Chancellor Research and Innovation, and Vice President, Prof Calum Drummond, said that the centre is the main investment in tackling the challenge. The RMIT's centre strengthens in solving complex problems through research and innovation. The industry's training is the next generation of biosolids managers for the water sector. The first group of researchers would include 11 postdoctoral researchers and 14 postgraduate students along with trainees from the postgraduate student's group to complete the industry-based research within a year. Getting the industry's experience would help to enhance the skills and networks according to the research, and it will help to become work-ready, Drummond said. Along with training the next generation of biosolids managers, the centre will also advance fundamental and translational biosolids research. Prof Andrew Ball, Centre Director, said that the research would provide new opportunities for many Australian industries. The centre will provide significant benefit to the industry as the economic value of new applications and market opportunities, with delivering cost-saving in an eco-friendly manner, he said. The training centre will be vital for creating innovative products and knowledge of the biosolids industry. It will be a place for researchers to participate in graduate-level training, which is essential for Industrial Transformation Priority areas of food and agricultural business. Image Source Also read: Maha govt nods Nagpur civic body’s waste composting, recycling projects Also read: Biomass Briquettes: Goa’s project to turn agri waste into green fuel

Next Story
Infrastructure Energy

Samridh, CEID Launch High-Capacity Biogas Plant in Moradabad

Samridh Bioenergy has broken ground on a 12 TPD compressed biogas (CBG) plant in Moradabad, Uttar Pradesh, under the MNRE’s National Bioenergy Programme. Spread across 12 acres, the plant will process 270 tonne of organic waste daily and generate 30,000 cubic metre of biogas per day.CEID Consultants and Engineering Pvt Ltd has been appointed as the EPC contractor, responsible for the complete design, procurement, and construction of the plant. Equipped with four multi-feed digesters, the facility will accept a mix of press mud, cow dung, chicken litter, and vegetable waste, supporting contin..

Next Story
Real Estate

Delhi Micro-Markets Drive Up Housing Prices: Grihum Study

A new study by Grihum Housing Finance reveals that the rise of micro-markets across Delhi-NCR is fuelling real estate price appreciation, especially in the affordable housing segment. Key drivers include renewed post-pandemic interest, migration trends, and government schemes like PMAY.According to the study, over the past two decades, floor rates have risen 267 per cent, from Rs 1,500 per sq ft in 2005 to Rs 5,500 in 2024. In the same period, land rates surged 492 per cent, from Rs 1,300 to Rs 7,700 per sq ft. The sharp increase highlights strong capital appreciation in Delhi’s emerging loc..

Next Story
Resources

Covestro Develops PCR Polycarbonates from End-of-Life Headlamps

Materials manufacturer Covestro has launched post-consumer recycled (PCR) polycarbonates made from end-of-life automotive headlamps, in a move aimed at strengthening circularity in the auto industry. These TÜV Rheinland-certified grades, containing 50 per cent recycled content, are now commercially available for new automotive applications.Developed under a joint programme led by GIZ, with Volkswagen and NIO as key partners, the recycled material is currently being validated for use in future vehicle models.""This new line of polycarbonate represents a significant step in supporting the autom..

Advertisement

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement

Advertisement

Talk to us?