A LedeNOx incinerator is an oxidisation-reduction reactor and is the ideal design to achieve low NOx emissions whilst burning waste streams that contain Ammonia and bound Nitrogen. Part of the waste stream containing Ammonia is oxidised and forms NOx in the process. This NOx is then reduced by injecting the remaining Ammonia rich waste stream, where the Ammonia is used to promote a non-catalytic deNOx reaction and reduce NOx to Nitrogen and water. Key Features One combustion chamber with two mixing walls Part of the Ammonia containing waste is injected through the burner, part between the mixing walls. Part of the Ammonia is oxidised to form NOx, whilst the remaining Ammonia is used to react with NOx to form N2. The mixing walls ensure that the waste and combustion gases are mixed and also ensures a uniform temperature profile to improve the overall efficiency of the deNOx reaction. Key Advantages No need for SNCR or SCR deNOx to meet emission limits Ultra-low NOx combustion of waste streams with high bound Nitrogen or Ammonia contents. Complete oxidisation and destruction of all hydrocarbons No CO formation Complete odour destruction Destruction efficiency over 99.999%
South Korea
To build a continuous supply steam supply system of 24 hours to reduce the existing energy cost in power generation, is a business-friendly environment to meet the low-carbon green growth national policy Product Specification 100Kw~3,000KW/H Product Use Used for waste incineration power generation system and wood pellet (coal) power generation system Our Company Changhwaenergy co.,ltd. The technology of CHANGHWA ENERGY is developed with utmost effort to create eco-friendly technology for the times of low-carbon era. Our accumulated technology has been a source of new leaps and we have achieved higher customer satisfaction than ever before. As a result of excellent technology development and research, we have developed and manufactured eco-friendly multi-tube electric boiler and constructed the production system.
Request for a quoteAustria
Every year, millions of tons of household garbage and other refuse are deposited in landfills around the world. Bio-chemical decomposition processes of organic bonds in these landfills produce up to 150 - 250 m of landfill gases per tonne of household garbage. Due to a methane content of up to 60%, landfill gas ranks number six on the list of climate-disrupting methane producers worldwide, but it is also an important source of energy with enormous potential if used sensibly. Up to a content level of approximately 40% methane, landfill gas may still be recovered usefully in modern block heating plants. The important factor in this case is an effective and project-specific pre-cleaning process for the gas. We can help by providing you various gas cleaning systems, gas drying systems, and activated carbon filters, and pressure increasing stations. The components may be used as individual models or delivered as a complete system that is built into a container. Landfill gas...
Germany
There is a typical case of application for successfully cleaning DeNOx -catalysts in the DeNOx-plant which does not require any complex dismantling and reassembling: The removal of ammonium salt from the surface of DeNOx-catalysts in incineration plants. Here, we have several years of experience in restoring activity from 90 up to 100 %. Besides the cost saving, this procedure has enormous logistical advantages as shorter shutdowns can also be used. Comprising a catalyst volume of up to 50 cubic metres simply requires three to five days which includes the building site installation. During the “Wildeshauser Catalyst Days” in September 2008, incineration plant owners reported their experiences with our in-situ-cleaning, in detail.
Request for a quoteTurkey
Paddle, 2-parts, machined, 140 mm wide, Paddel, material: heat resistant steel casting 1.4848 / GX40CrNiSi25-20 or 2.4879 / G-NiCr28W
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