Design & Infrastructure

Operational efficiency and safety in waste management by reducing manual handling through smart technology

One critical challenge in waste management is the risks associated with manual handling, which can lead to injuries and inefficiencies. The automated waste collection system minimises the physical labour required in waste management. Benefits include lowering the risk of injuries related to heavy lifting, repetitive motions, exposure to hazardous materials, and improved operational efficiency. The system comes equipped with embedded sensors, software, network connectivity into key components, and much more.

Designed for optimal operational and energy efficiencies

Envac’s automated waste collection system optimises human involvement in waste management and offers custom-design solutions tailored to fit individual goals in waste management. Expert engineers collaborate closely with clients to design systems that meet specific operational needs and environmental targets. The physical components, such as inlets, transport pipes, and waste collection stations, are embedded with sensors, software, and network connectivity, improving operational efficiencies and positive environmental impacts.

By integrating tailored design elements, Envac effectively addresses unique waste management challenges. The system guarantees that waste is dealt with safely and efficiently, significantly improving overall working conditions for waste management personnel. This proactive approach mitigates risks while optimising the entire waste-handling process, making it efficient and aligned with each client’s distinct objectives.

Envac Automation Platform, the ultimate tool for energy efficiency

Envac’s Automation Platform (EAP) is the software that drives more efficient, sustainable and resource-saving waste operations. It’s where you can visualise and report on key information about your properties, remotely view real-time performance and collect historical data to support investment decisions. The platform also enables the automated waste collection system to learn and optimise over time, and cities and businesses can easily understand the complexities behind waste production for better monitoring, planning and real-time decision-making.

Make smart decisions using smart sensors

Smart sensors inside the waste inlets use laser technology to measure and track fill levels and trigger emptying. Using various IoT networks, they then send the data to Envac’s platform, where waste management operators can view a live display on Google Maps of the inlet network, along with key insights like fill levels, status updates, alarms, and predictions. You can also print standard, or Power BI reports that visualise this data.

Research and development within Envac

Envac’s R&D efforts focus on driving innovation and sustainability in waste management solutions. By combining global expertise with local insights, the company develops advanced technologies and systems to meet diverse market needs. Envac’s R&D is dedicated to creating smarter, more efficient, and environmentally friendly solutions that align with its vision of reshaping urban infrastructure for a sustainable future.

Read more about Envacs innovations

Slash power consumption and cut energy costs

Remarkable achievements are made possible by EAP’s innovative peak-shaving feature, which allows the system to pause automatically if it exceeds a certain kilowatt threshold. At Envac, fine-tuning our facilities has always been a priority, but with the new EAP, we can optimise operations to levels previously unattainable. This drastically reduces power consumption and energy costs – potentially more than 70%.

Pay-as-you-throw: Tracking technology that empowers citizens and public services

With the Envac system, cities can implement a pay-as-you-throw policy that charges residents for the amount of waste they throw away. Each inlet has a sensor that weighs the trash bags and is linked to a household through an RFID tag issued by the property manager. The waste is temporarily stored at a valve until a level sensor or timed sequence controlled by the platform activates a collection cycle, optimising energy use. Such integrated RFID technology enables the highest levels of separation and lowest levels of mixed waste production.