Once an industrial waterfront on the outskirts of central Stockholm, Hammarby Sjöstad has undergone a remarkable transformation into one of the world’s most ambitious sustainable urban developments. What was once a polluted, underutilised site is now a thriving, eco-friendly neighbourhood designed with the future in mind.
Traditional waste collection methods consume significant amounts of water for bin cleaning, while automated waste collection systems like Envac significantly reduce this consumption. This article explores the differences in water usage between conventional waste collection and Envac’s system.
Discover why automatic waste collection systems should be integrated into stadium rebuilds. Enhance operational efficiency, support sustainability, and improve the fan experience with innovative waste management solutions.
Managing waste has always been a significant challenge for commercial buildings, especially in high-traffic areas like shopping malls. However, with the help of new technologies, developers have revolutionised waste collection methods.
Sustainability Upgrades & Retrofit
Traditional waste collection is costly, inefficient, and environmentally harmful. With rising labour expenses, health risks, and increasing pollution, the need for innovation has never been greater. Envac’s automated waste collection system offers a game-changing solution—reducing costs, cutting emissions, and boosting recycling rates. Through Energy Optimisation, Power Balancing, and End-user Engagement, cities like Stockholm and London are already seeing remarkable results. Discover how automation is transforming waste management and paving the way for a cleaner, more sustainable future.
Envac’s pneumatic waste collection system simplifies everyday waste management in urban environments. By using underground pipelines, the system discreetly handles waste, helping to create cleaner, healthier, and more liveable cities while reducing the environmental impact.
Sustainability Upgrades & Retrofit
Envac Automation Platform (EAP) is an outstanding tool for optimising the performance of waste collection facilities. Its configureability and advanced analytics make it possible to significantly reduce energy consumption, improve fraction purity, minimise downtime, and boost capacity—ultimately delivering superior economic outcomes.
Various pollution sources challenge clean air in urban environments, including waste management practices like traditional garbage collection. With cities aiming for sustainability and healthier conditions, examining these practices’ impact on air quality is critical. Notably, the role of garbage trucks in urban pollution underscores the need for innovative waste management solutions.
South Korea’s food waste policy is an excellent example of how effective government action can help to address a considerable environmental problem. By continuing to invest in new technologies and policies, the country can build on its success and reduce food waste in the coming years.
Effective management of soiled linen in healthcare is essential for infection control. Traditional manual handling poses significant health risks due to exposure to infectious agents, highlighting the need for advanced automated solutions.
Managing waste, mainly through manual handling, involves navigating a landscape fraught with potential hazards. These challenges underscore the need for a comprehensive approach to protect both individuals and our planet.
Groundbreaking system allows residents from approximately 2,000 homes to manage large volumes of cardboard waste sustainably. The initiative is set to prevent around 105 tonnes of cardboard from ending up in landfills annually.