What is the Tanjong Rhu Community Composting Project?
The Tanjong Rhu Community Composting Project is a pilot study that aims to establish a sustainable food waste recycling model within the Tanjong Rhu community, specifically targeting apartment-style living. The project utilizes the Bokashi composting method, an odorless and compact approach that can process most food types, including meat and dairy, making it well-suited for the constraints of apartment living. The project emphasizes community engagement, encouraging residents to actively participate in composting and contribute to a greener neighborhood.
Project Objectives & Impact
This initiative was designed to:
Reduce food waste: Divert significant amounts of household food waste from landfills, promoting zero-waste practices.
Produce high-quality compost: Utilize the Bokashi composting method to create nutrient-rich compost for community gardens and urban greenery.
Develop a scalable model: Establish a replicable framework for decentralized food waste recycling in other residential communities.
Increase awareness & participation: Educate residents on the importance of composting and circular waste solutions to drive long-term behavior change.
Strengthen community engagement: Foster collaboration and a shared commitment to environmental responsibility.
How It Worked
Residents actively participated by segregating their food waste at home using the Bokashi method. The pre-compost was then collected in shared community bins, where it underwent anaerobic fermentation before being transferred to a dedicated composting site. This process produced high-quality organic compost, contributing to Singapore's regenerative soil practices and urban greening efforts.
Looking Ahead
The success of the Tanjong Rhu Community Composting Project has laid the foundation for scaling similar initiatives across Singapore. Rejuvrth is committed to expanding this community-led, circular waste management model, helping more neighborhoods transition towards sustainable food waste solutions and regenerative urban ecosystems.
