Parangtopo Lab has been at the forefront of transforming organic waste into valuable products. During our visit, CSWM UI representatives were introduced to several innovative projects such as:

1. Fertilizer Production: The lab has developed a method to convert organic waste into high-quality fertilizer. This process not only reduces the volume of waste but also creates a useful product that can enhance soil fertility and support sustainable agriculture. 2. Maggot Larvae Cultivation: Another notable project involves cultivating maggot larvae to break down organic waste. The larvae serve as an efficient waste reduction agent and can be used as a high-protein feed for livestock and fish, contributing to a circular economy. 3. Bioreactor Technology: The lab employs advanced Bioreactor technology to accelerate the decomposition of organic waste. This technology not only ensures efficient waste processing but also produces biogas and compost, offering multiple environmental and economic benefits.

During the visit, CSWM UI researchers and waste management experts conducted an in-depth assessment of the lab’s operations. They evaluated the effectiveness of current waste management practices, the scalability of product development projects, and the overall impact on waste reduction within FMIPA. The team engaged with lab technicians and researchers to gain a comprehensive understanding of the processes involved in each project.

The insights gathered from Parangtopo Lab will be instrumental in developing a more inclusive waste management system for the entire UI campus. CSWM UI aims to scale up the successful initiatives from the lab to handle the larger volume of waste generated across different faculties and departments. This will involve integrating innovative waste processing technologies, promoting sustainable practices, and ensuring that all waste streams are effectively managed.

CSWM UI envisions a collaborative approach to implement these waste management solutions campus-wide. By working closely with Parangtopo Lab and other stakeholders, they plan to establish a comprehensive waste management framework that includes:

1. Centralized Waste Collection: Implementing a systematic approach to collect organic waste from all faculties and departments. 2. Enhanced Processing Facilities: Scaling up Bioreactor technology and other waste processing facilities to accommodate the increased volume of waste. 3. Educational Initiatives: Promoting awareness and training programs to encourage sustainable waste management practices among students and staff. 4. Product Development and Utilization: Expanding the production and use of fertilizers, maggot larvae, and other by-products to create a circular economy within the campus.