Notes some material that can lead to explode:
- concrete
- some kind of rock (mine rock for example)
Notes on toxin chemical and material that can release during burning process:
Toxin material, chemical that can be leak during transportation, cutting, grinding, or break
https://www.sciencedirect.com/science/article/abs/pii/S0098135420305135
https://en.wikipedia.org/wiki/Incineration
https://www.epa.gov/sites/production/files/2015-03/documents/9546051.pdf
https://www.winnermanufacturing.com/products/Municipal_Solid_Waste_Recycling.html
https://www.reuters.com/article/us-waste-singapore/trash-and-burn-singapores-waste-problem-idUSSP9046620080522
https://www.inciner8.com/incinerator-machines.php?utm_term=%2Bincinerator&utm_source=google&utm_medium=cpc&kw=%2Bincinerator&adpos=&network=g&match=b&creative=434105687967&keyword=%2Bincinerator&campaignid=1481811112&utm_source=google&utm_medium=cpc&utm_campaign=FAR%20EAST%20-%20General%20SKAGs~Incinerator%20EM%20|%20BMM
https://www.winnermanufacturing.com/products/Mobile-Crushing-Plant.html
https://www.winnermanufacturing.com/products/Construction_Demolition_Recycling.html
https://www.winnermanufacturing.com/products/Trommel-Vibrating-Screen.html
https://www.wastespectrum.com/general-waste-incineration/
https://www.stavn.cn/
https://www.jonochina.com/solutions/
https://www.electronicsforu.com/technology-trends/tech-focus/smart-recycling-ai-ewaste-management
https://www.clf.org/blog/whats-wrong-with-burning-our-trash-anyway/
https://www.freemaptools.com/elevation-finder.htm
https://onlinelibrary.wiley.com/doi/abs/10.1002/apj.5500070514
Abstract
Waste management has become a major concern world‐wide and incineration is now being increasingly used to treat waste which cannot be economically recycled. The combustion of conventional well specified fossil fuels is a very complex process since it involves two‐phase turbulent reacting flow including radiant heat transfer. Incineration is even more complex since the waste is poorly specified and its composition varies from moment to moment. In the past, the design of incinerators has not been based on fundamental understanding and modelling of the process, and empirical rules have had to be used.
https://www3.epa.gov/ttnchie1/mkb/documents/fthermal.pdf
Air Pollution Control Technology Fact Sheet EPA-CICA Fact Sheet Thermal Incinerator 1 Name of Technology: Thermal Incinerator This type of incinerator is also referred to as a direct flame incinerator, thermal oxidizer, or afterburner. However, the term afterburner is generally appropriate only to describe a thermal oxidizer used to control gases coming from a process where combustion is incomplete. Type of Technology: Destruction by thermal oxidation Applicable Pollutants: Primarily volatile organic compounds (VOC). Some particulate matter (PM), commonly composed as soot (particles formed as a result of incomplete combustion of hydrocarbons (HC), coke, or carbon residue) will also be destroyed in various degrees. Achievable Emission Limits/Reductions: VOC destruction efficiency depends upon design criteria (i.e., chamber temperature, residence time, inlet VOC concentration, compound type, and degree of mixing) (EPA, 1992). Typical thermal incinerator design efficiencies range from 98 to 99.99% and above, depending on system requirements and characteristics of the contaminated stream (EPA, 1992; EPA, 1996a). The typical design conditions needed to meet 98% or greater control or a 20 parts per million by volume (ppmv) compound exit concentration are: 870/C (1600/F) combustion temperature, 0.75 second residence time, and proper mixing. For halogenated VOC streams, 1100/C (2000/F) combustion temperature, 1.0 second residence time, and use of an acid gas scrubber on the outlet is recommended (EPA, 1992).
For vent streams with VOC concentration below approximately 2000 ppmv, reaction rates decrease, maximum VOC destruction efficiency decreases, and an incinerator outlet VOC concentration of 20 ppmv, or lower may be achieved (EPA, 1992). Controlled emissions and/or efficiency test data for PM in incinerators are not generally available in the literature. Emission factors for PM in phthalic anhydride processes with incinerators are available, however. The PM control efficiencies for these processes were found to vary from 79 to 96% (EPA, 1998). In EPA’s 1990 National Inventory, incinerators used as control devices for PM were reported as achieving 25 to 99% control efficiency of particulate matter 10 microns or less in aerodynamic diameter (PM10) at point source facilities (EPA, 1998). Table 1 presents a breakdown of the PM10 control efficiency ranges by industry for recuperative incinerators (EPA, 1996b). The VOC control efficiency reported for these devices ranged from 0 to 99.9%. These ranges of control efficiencies are large because they include facilities that do not have VOC emissions and control only PM, as well as facilities which have low PM emissions and are primarily concerned with controlling VOC (EPA, 1998).
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Table 1. Thermal Incinerator PM10 Destruction Efficiencies by Industry (EPA, 1996b)
| Industry/Types of Sources | PM10 Control Efficiency (%) | |
|---|---|---|
| Petroleum and Coal Products
asphalt roofing processes (blowing, felt saturation); mineral
calcining; petroleum refinery processes (asphalt blowing,
catalytic cracking, coke calcining, sludge converter); sulfur
manufacturing | 25 - 99.9 |
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