A Stream Gravity Vacuum System (GVS) which is one of the technology in Automated Waste Collection System (AWCS) is a modern and efficient method of waste management that uses advanced technology to collect, transport, and process waste with minimal human intervention. AWCS systems are designed to address the challenges of traditional waste collection methods by improving efficiency, reducing environmental impact, and enhancing cleanliness in urban and commercial areas as well as hospitals and transport hubs such as airports. Key Components of AWCS: 1. Waste Collection Points: These are strategically located in residential, commercial, or public areas where users deposit their waste. Collection points can include smart bins, chutes, or loading stations that are often designed to automatically sort or compact waste. 2. Pneumatic Systems: Waste is transported from the collection points to a central processing facility through underground waste pipeline with the use of pneumatic systems, air pressure is used to move waste quickly and efficiently. 3. Centralized Processing Facility: All the waste collected through the system is directed to a central facility where it can be sorted, compacted, recycled, or processed for energy recovery. This facility handles various types of waste, including solid waste, recyclables, and organic material. 4. Control and Monitoring System: AWCS is managed by a central control system that monitors waste levels, system performance, and collection schedules. The system uses data analytics and IoT (Internet of Things) sensors to optimize operations in real-time.
Waste is transported through a network of sealed pipe directly from disposal points to a central waste handling facility. This reduces the need for traditional garbage trucks, minimizing road traffic and emissions of carbon dioxide, thus, reducing the carbon footprint.
GVS reduces human contact with waste, improving hygiene and reducing the risk of contamination or disease transmission. Enclosed systems prevent odors, leachate spillage, pests breeding, and littering.
GVS can be scaled to fit different environments, from small residential areas to large commercial zones and urban centers. The system can be customized to handle various types of waste, including solid waste, recyclables, organics, linen and paper waste.
Waste collection can be scheduled based on real-time data, optimizing routes and reducing unnecessary trips. This helps to lower operational costs and environmental impact.
The system minimizes the carbon footprint by reducing the need for garbage trucks and lowering emissions from waste transportation. It also reduces litter and improves the cleanliness of urban areas.
Waste from multiple collection points can be directed to a centralized processing facility, where it can be sorted, compacted, or even incinerated for energy recovery. This can include facilities for recycling, composting, and energy generation.