WASTESET SORTING LINE:
WasteSet is a leading provider of automated waste management solutions for municipalities, industries, and commercial clients. Our innovative technology streamlines the entire waste collection process, from curbside pickup to sorting and processing.
At the heart of our solution is the WasteSet Cyborg, an intelligent robotic system that accurately identifies and extracts specific bags from waste streams. This advanced technology enables efficient sorting and diversion of organic materials, helping our clients meet environmental goals and reduce landfill waste.
WastemSet is proud to offer a comprehensive compostable bag program that seamlessly integrates with our Cyborg technology. By using compostable bags, clients can further enhance their sustainability efforts while simplifying their waste management operations.
Our commitment to innovation and automation is driving the industry forward. With WasteSet, you can experience the benefits of cutting-edge technology and improved efficiency in your waste management processes.
WASTESET CYBORG:
WasteSet is revolutionizing waste management with its advanced cyborg technology. By combining computer vision, deep learning, and robotics, we're creating smaller, safer, and more efficient recycling facilities.
Our intelligent cyborgs can accurately sort a wide range of materials, including organics, metals, wood, cardboard, plastics, electronics, and even rocks and bricks. This versatility allows us to tailor our solutions to meet the specific needs of various industries and communities.
RIGID PLASTIC WASTE:
With WasteSet's advanced sorting technology, you can extract maximum value from your rigid plastic waste. By separating high-quality plastics in demand, you'll increase your earnings in the aftermarket. Moreover, our intelligent systems provide valuable insights into your waste sorting process, helping you optimize your facility and identify new marketable fractions.
By partnering with WasteSet, you're taking a significant step towards achieving ambitious circular economy goals.
UNSORTED MUNICIPAL SOLID WASTE
Unsorted Municipal Solid Waste (MSW) presents a wealth of opportunities for resource recovery, particularly for various materials like plastics, foils, lightweight packaging, paper, cardboard (OCC), aseptic carton packages, and used beverage cans.
Here are the benefits of focusing on these materials, utilizing WasteSet capabilities:
1. Plastic: Plastics make up a large portion of MSW and recovering them can lead to the production of recycled materials. This reduces the demand for virgin resources, lowers carbon emissions, and minimizes environmental impact.
2. Foils: Foils, often found in food packaging, can be recycled to create new products. By recovering these materials, we not only divert waste from landfills but also conserve energy, as recycling foils uses significantly less energy than producing new ones.
3. Lightweight Packaging: Lightweight packaging materials, including films and wraps, are prevalent in our daily lives. Efficient recovery of these materials can lead to the creation of innovative packaging solutions and other products, supporting a circular economy.
4. Paper: Paper is one of the most recyclable materials. By recovering paper from MSW, we can produce new paper products, reduce deforestation, and decrease water and energy consumption associated with paper manufacturing.
5. Cardboard: (OCC)
Cardboard is highly recyclable and in high demand. Reprocessing cardboard not only helps to divert significant volumes from landfills but also supports sustainable manufacturing practices and creates jobs in recycling industries.
6. Aseptic Carton Packages:
These packages, commonly used for liquids like juices and soups, are often overlooked in recycling efforts. By enhancing recovery processes for aseptic cartons, we can create valuable recycled materials that contribute to a more sustainable packaging landscape.
7. Used Beverage Cans:
Aluminum cans are one of the most recyclable materials available. Recovering used beverage cans conserves resources and energy, as recycling aluminum saves up to 95% of the energy required to produce new aluminum from raw materials.
The increasing volume of municipal solid waste presents a growing challenge, but it also offers significant business opportunities for Material Recovery Facilities (MRFs) around the world. By focusing on the recovery and recycling of these materials, we can not only reduce landfill waste but also create valuable resources, support the economy, and promote environmental sustainability. Embracing this potential can drive innovation and foster a more sustainable future.