Waste Management Companies - Functions and Services

Waste converters do have indirect competition since there are various modes of waste disposal available in the market. However mostly of the competing technologies can be added into a larger waste conversion process that will usually place the waste converter at the forefront of a supply chain for onsite waste conversion into a sanitized & dehydrated bulk material. Following processing the bulk material will follow one of several development paths; see Applications section. Compost Machine plants are able to development all types of waste under extreme heat that emanates from plasma torches that are in contact with the refuse. Plasma-arc plants produce two types of output; syn-gas, which is collected for use as fuel, and a composite solid that has some properties of plastic and can also be recycled for use in consumer goods. Organic Waste Compost plants are extremely complex installations and only compete with converter technology at the level of industrial-size converters. The 2 technologies can still be used in series by sterilizing and lightening waste on-site, before sending it to a gasification plant for syn-gas extraction. This way transportation and storage costs are kept down while maintaining a more sanitary operation. Adding a waste converter at the front-end of a compost development will theoretically produce less emissions and a cleaner, more usable end product.

Compost Machine Manufacturers and other irradiation sterilization have been used to sterilize bio-hazard material in large quantities, but all such approaches suffer from major drawbacks as compared to converters. Irradiation plants are large installations that are expensive to build & maintain, and must necessarily be hub locations as part of a larger supply chain. There is also a health risk and a danger of exposure to radioactive material in installations that use energy sources for generation of gamma rays and other types of radiation. In general, Micro-wave and Irradiation technology was used to treat hazardous pathogenic waste before the widespread adoption of moist-heat sterilization that both autoclaves and converters use. These solutions have been economically forced out of the mainstream use because of their high complexity and operational costs. Refuse incinerator plant The introduction of autoclaves was a big step in the direction of widespread treatment of refuse, and so many functional forms of autoclaves are currently in operation at landfills and treatment centers around the world. Some common features of autoclaves that differentiate them from competing technologies are as follows. Autoclaves employ the moist-heat method to sterilize and deactivate refuse in a large pressure vessel where saturated steam is injected.

The end product is completely sanitized and even previously bio-hazardous waste can be discarded in a normal municipal landfill. Autoclaves employ the same method of sterilization as converters, but do so using larger and more complex equipment that also has higher safety and energy consumption requirements. In a majority of cases, autoclaves are hub-and-spoke operations requiring regional treatment centers and a supply chain. Incineration and compaction have conventionally been treatment options and still compete with newer technologies by virtue of having a proven track record. These solutions are widely recognized as obsolete due to their impact on the biosphere; while compaction has nearly no effect on the long-term goal of reducing waste dumping, incineration had been notorious for polluting the atmosphere. While incineration is popular for its capacity to recover energy from waste, it has been widely debated and regulated in order to preserve clean air. One solution that had been instituted to update incineration expertise is to add converter stations into the supply chain of clean-burning RDF, of refuse-derived fuel. This along with advanced filtering and reduction scrubbers was able to render energy recovery from waste a feasible and eco-friendly solution.

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