burner design Articles
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Modification of Competition - Designed Enclosed Combustor - Case Study #170402
Project Details Location: Rosa, CA & Dexter, MI Max Heat Release: 2.4 MMBTU/HR Application: Food Services (Brewery) Customer purchased a flare system designed by a competitor, and upon installation, determined that they had issues lighting the burner. Detailed analysis of the design revealed that the burner design was not appropriate for the application. AEREON’s Service & ...
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Thermal design and emissions of duct-burners for combined-cycle and cogenerative plants
This paper mainly aims at demonstrating that an appropriate thermo-fluid-dynamic design optimisation of duct-burners for combined-cycle and cogenerative plants allows to satisfy restrictive emission limits, while significantly reducing the thermal stresses and the undesired pressure drops. In particular, a detailed discussion on the influence of the TEG composition and of the thermal load, ...
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Efficient catalytic combustion with eco-burner Chafo systems
Established in 2004, eco-burner Ltd has revolutionized the chafing fuel industry by offering the ultimate solution to traditional gel and wick heat sources; the refillable Chafo. Safer, cleaner and greener than it’s alternatives, the Chafo is innovative and a game changer in the catering industry. The company is headquartered in Waterford, Ireland, which is the manufacturing and sales hub ...
By Catator AB
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CFD modeling: a powerful tool for high efficiency burner design
Abstract The present paper describes the steps followed to develop a detailed and reliable combustion modelling procedure whose application as major engineering design tool supported AC-Boilers (ACB), a major Italian boiler manufacturer, in routing its products development to highly efficient burners for power generation purposes, while adopting a significantly reduced time to market. In 2018, in ...
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1:60 Control Range with Flare
Type HOFGAS®- LPM 3000/2500 Performance 2,500 Nm³/h, 12,500 kW Location Central England (GB) Initial Situation The landfill site is situated in the middle of the Sheffield region. Over time, the city limits and the landfill site have grown together. Therefore, the operator is particularly sensitised to minimising odour and noise emissions. Furthermore, the escaping gas is to be ...
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Alliance Oxidizer Advantages
The Alliance Corporations Oxidizer product line has a lot of design advantages compared with standard Regenerative Thermal Oxidizers. - Proven 2- and 3 bed Regenerative Thermal Oxidizer Design - 99% plus VOC Destruction Efficiency - Up to 97% Thermal Efficiency - Up to 30% fuel savings with proven natural gas injection - Low NOx burner operation - In-house design, programming and ...
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Low-Nox Burner retrofit Experiences in Cracking Furnaces at Dow, Terneuzen
Abstract: Dow Benelux B.V. (Dow) operates three ethylene plants from the Netherlands, all based within its Terneuzen facility. In 2009, Technip Stone & Webster Process Technology (Technip) studied options to reduce the NOx emissions from the cracking furnaces of cracker 1. The results of this study, combined with the experience elsewhere within the Dow Chemical Company, have been used to ...
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Are GAS-FIRED Burner Technologies Really The Best Choice for ISTR Cleanups?
Its an exciting time. In-Situ Thermal Remediation (ISTR) shows great promise and has proven to be an extremely effective method for cleaning a wide range of Contaminants of Concern (COC’s) at contaminated sites. Most recently, gas-fired soil heating technologies are entering the market with promises of much cheaper natural gas heating, faster setup and heating times, less heaters required ...
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Redundant combustion plant for Novartis
Type HOFGAS®- IFM4c/2200/1500/60/180 Commissioning 2004 Site Novartis (Basel, CH) Situation In order to prevent production failure due to missing redundancy in the flue gas clean up, Novartis required an additional system. During different production processes exhaust air load with organic components is formed. This air is collected and delivered to a thermal vapour treatment (TVT). ...
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Why high temperature combustion of landfill gas?
Due to the accumulation of knowledge and the tightening of environmental law, the landfill technology has increasingly become concerned with the management of trace compounds in landfill gas. With landfill gas, contamination is through sulphur, chlorine, fluorine, halogenated hydrocarbons and heavy metals. Other trace elements such as volatile organic compounds (VOC), impose environmental ...
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