waste gas in Vietnamese
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Sentence patterns related to "waste gas"
1. Gas scrubber for removing ammonia from waste gas
2. A method for removing acidic gases from waste gas
3. • sulphur content of fuels consumed and waste gas flared; and
4. Apparatus using an induction coil for treating toxic waste gas
5. Waste gas removal system using low-pressure and atmospheric pressure plasma
6. Plasma reactor for decomposing waste gas and gas scrubber using same
7. As the lungs exhale this waste, gas is expelled into the atmosphere.
8. Presents the organic waste gas purification treatment for a fiberglass fabric workshop.
9. from a waste gas stream and recovering the sulfur values as sulfuric acid.
10. Waste gas emitted by cars has exerted a baneful influence on natural environment.
11. Microwave generation device, driving method of device thereof, and waste gas removal system
12. This invention concerns a process for recovering highly fluorinated carboxylic acids from waste gas streams in which the waste gas is brought into contact with an alkaline wash solution > 1.15 g/cm?
13. Secondary measures are waste gas treatment systems (thermal oxidation, activated carbon adsorption, scrubbing, etc).
14. from a waste gas stream electrolytically and recovering the sulfur values as sulfuric acid.
15. Gas volumes may be added to the waste gas for cooling or dilution purposes where technically justified but shall not be considered when determining the mass concentration of the pollutant in the waste gas.
16. In order to effectively treat waste gas, incinerators are generally equipped with three-stage waste-gas treatment, including particulate matter separation (fabric filters), absorption of acidic pollutants (semi-dry or wet scrubbers) and dioxin filters
17. In order to effectively treat waste gas, incinerators are generally equipped with three-stage waste-gas treatment, including particulate matter separation (fabric filters), absorption of acidic pollutants (semi-dry or wet scrubbers) and dioxin filters.
18. Industrial waste gas is hereby classified into three categories that are Sulfur dioxide, smoke and dusts.
19. The waste gas carbon dioxide is produced as a byproduct and disposed of when we exhale.
20. Gas thermal treatment process and device, in particular thermal and/or catalytic afterburning of waste gas
21. An electric heater type waste gas treatment device and an electric heater structure used therein are disclosed.
22. The present invention relates to an apparatus which uses an induction coil for treating toxic waste gas.
23. The waste gas from the bag filter is pressed through the lignite coke adsorber by the fan.
24. The process comprises: pre-treatment of the waste gas, absorption reaction, and recovery of a product sulphur.
25. Absorption process for rejection of reactor byproducts and recovery of monomers from waste gas streams in olefin polymerization processes
26. Flaring of acid gas; produced water stripper gas, TEG waste gas, purge and pilot gas to flare; power generation.
27. Disclosed are a microwave generation device, a driving method of the device thereof, and a waste gas removal system.
28. The waste gas from the produced water stripper will be routed to the acid gas injection compressor for injection.
29. Even so, the supply of oxygen never runs out, and the atmosphere never becomes choked with the “waste” gas, carbon dioxide.
30. Method for reducing the nox waste gas concentration in a nitric acid installation during a shutdown and/or start-up process
31. Photo-acoustic infrared spectrometry is considered to be the gold standard for on-line measurement of anesthetic waste gas in room air.
32. When emission abatement equipment is not installed at a facility, the N2O generated is generally vented to the atmosphere in a waste gas stream.
33. Emissions from flaring are a result of the combustion of hazardous waste gas streams (such as acid gas) and fuel gas (or natural gas).
34. The invention concerns a method of absorbing oxides of nitrogen from waste-gas streams produced, for instance, when metal workpieces are pickled in nitric acid.
35. Waste gas to be treated is subjected to gas-liquid contact with the acid solution, and then to gas-liquid contact with the alkali solution.
36. This paper introduces the treatment technology of waste gas from production of aluminium phosphide, the selection of absorbent and main design parameters about packed towers.
37. These products are mainly used in tanneries, in the treatment of waste water and waste gas, in the production of thiocarbolic acids, thioplasts and sulphur dyes.
38. The sources of the waste gas stream include effluent vent, flue or exhaust gases from power plants, sulfuric acid plants, ore roasters and solid waste incinerators.
39. The sources of said waste gas stream include effluent vent, flue or exhaust gases from power plants, sulfuric acid plants, or roasters, and solid waste incinerators.
40. It can also be applied as a second waste gas treatment step to lower the mercury content before the gas enters a subsequent acid plant producing mercury-free acids.
41. Within a few decades, the practice was to have a "stove" as large as the furnace next to it into which the waste gas (containing CO) from the furnace was directed and burnt.
42. In order to prevent or reduce emissions to air, BAT is to operate the acid gas removal units, sulphur recovery units and all other waste gas treatment systems with a high availability and at optimal capacity.
43. Because the plasma gas scrubber device according to the present invention has a plurality of processing chambers, optimum waste gas treatment can be effected by appropriately selecting the number of processing chambers in accordance with the volume to be treated.
44. Thus, according to the present invention, the sleeve of the heating chamber can be uniformly and directly heated by means of an induction coil; and the thermal decomposition of waste gas can be performed in order to make the control of the surface temperature and of the inner temperature of the sleeve very convenient due to the direct heating method of the sleeve by means of the induction coil.