1. Waste Types: The system needs to be designed to handle the different types of waste generated within the building, such as organic waste, recyclables, and hazardous waste.
2. Collection Points: The placement of waste collection points should be considered in relation to the building layout and waste generation points, with consideration for accessibility, traffic flow, and ease of use.
3. Volume and Capacity: The system should accommodate for the volume of waste generated and the capacity of the waste containers within the building, ensuring that waste can be managed efficiently without overflowing.
4. Technology: Technology can be incorporated into the design, such as smart bins, sensors, and analytics, to enable real-time monitoring and waste management, reducing the need for human intervention.
5. Recycling and Composting: The system should facilitate the separation of recyclables and organic waste from general waste and enable these materials to be diverted to appropriate recycling and composting facilities to reduce waste sent to landfill.
6. Cost: The cost of the system needs to be considered in relation to the waste management goals, providing cost-effective solutions that deliver value for money.
7. Maintenance: The system needs to be designed to enable regular and routine maintenance to ensure the system's optimum operation, including cleaning, replacement of containers, and upgrading of technology.
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