It has a high tolerance for both the heat and the cold it will experience on the roof during the change of seasons. The main strength of this type of roofing is that it can expand and contract without melting or cracking. The membrane layers of a torch down roof are made of an asphalt compound called bitumen that is modified with either rubber or plastic. Once the layers reach the right temperature, seams are melted together to create a waterproof seal. In this installation method, sheets of modified bitumen are rolled out onto the roof, and a roofing professional uses a hand-held propane torch to heat the material and adhere it to the surface. Torch down roofing (sometimes referred to as “torch on” roofing) is so named because it requires an open-flame propane torch. McHenry Roofing has years of experience in this field and they are excited to offer this updated service to their customers. Torch down roofing has become a popular choice for flat roof installation due to its strength and versatility. McHenry Roofing is pleased to announce the launch of their new torch down roofing service for their clients in Baltimore and the surrounding areas. The system can integrate with existing waste management software via an application programming interface, maximizing data-sharing and analysis.McHenry Roofing is excited to announce the launch of their new torch down roofing service for their clients in Baltimore and the surrounding areas. The sensor measures 16 data points within the container to provide a detailed topography of the waste's surface at 15-minute intervals. Here's how it works: TrashTalk™ combines a Global Industrial waste receptacle with an easy-to-install optical laser sensor from Nordsense, empowering teams to remotely and wirelessly monitor trash levels and optimize pickups. Global Industrial's new collection of TrashTalk™ smart trash cans are powered by Nordsense technology to help municipalities and other organizations embrace this shift and better handle waste inefficiencies. Waste management has long been a low-tech enterprise, but its future is internet-enabled. TrashTalk™ can help realize these benefits Using sensor technology on bins that fill up quickly or regularly overflow can help better forecast demand, giving teams insight on where to add new cans or remove existing ones. If the trash cans at an off-the-beaten-path park don't regularly fill up, but the bins near a football stadium overflow quickly on game day, public works can adjust collection routes accordingly-without having to manually identify overflowing cans. Integrating sensor technology into trash cans enables smarter, data-driven decisions across the entire waste collection process. Having this information on file can also make teams aware of a bin's service history to improve routine maintenance planning. Similarly, sensors can alert sanitation teams to temperature fluctuations, which can reduce fire hazards. If a smart trash can gets tipped on its side, an integrated accelerometer may trigger an alert. Sensors can also detect issues in and around a bin. Location-tracking shows whether a can has been moved or stolen, allowing for reclamation or replacement of the missing bin. Sensor technology not only alerts sanitation teams to overflowing cans, but it also lets them keep tabs on trash receptacles. This feature can reduce pickups by up to 50%, according to Nordsense, as a result of allowing teams to design routes that make quick work of their community or facility’s waste elimination needs. Smart trash cans employ sensors that alert sanitation teams when cans need emptying. Picking up too late can mean unsanitary conditions, complaints from locals, increased service requests, and illegal dumping. Targeted PickupsĮmptying public trash cans too early or too often results in unnecessary resource expenditures, including excess carbon dioxide emissions, fuel consumption, and labor costs, as well as unneeded wear and tear on trucks and cans. Other organizations and municipalities can similarly benefit by using smart trash cans to handle waste more efficiently. This is critical as government budget cuts pressure parks systems, universities, and sanitation departments to do more with less funding, and with labor in short supply.įor the University of Idaho, adding sensors from Danish sensor-maker Nordsense to 58 concrete trash bins on the 10,000-student campus cut the waste management team’s working hours and fuel consumption in half. With the help of sensor technology, waste management teams can determine when and where to pick up cans, optimizing their routes based on demand.
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