Urban Solid Waste Management in Malolos City, Philippines

Synergy of variables in the urban solid waste management system

The paper demonstrates how variables work together in the urban solid waste management (USWM) system.

These variables include population, city income, public participation, composting and recycling, and greenhouse gas emissions.

System dynamics modelling is the method used for the study.

Using a systems approach to solid waste management, many elements are interconnected. For example, reducing waste volumes.

By decreasing the amount of waste to be collected by trucks, routing and trips may be modified to decrease fuel costs.

In summary, with reduced volumes of waste to be disposed, collected, emissions of greenhouse gases can also be reduced.

Interested in solid waste management planning?

Focusing investment in waste facilities can limit the benefits of proper waste management

Why participate in good waste management practices?

Because waste facilities are limited by their mechanical capacities.

Capital investment and operational costs must grow to increase capacities to process waste.

As waste generators, when we participate through good waste management, we divert waste from being brought into waste facilities.

These practices include segregation, household composting, and recycling.

As waste are diverted from facilities, the benefits of waste management are reinforced without increasing capital investment.