oil burner Articles
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WIRAJASA Waste Oil Burner
Brief description on our patented Waste Oil Burner that was introduced in 2008. This innovative device works on two key principles namely pre-heating of waste oil and application of super-heated water or sub-critical steam to enhance the oxidation of heavy oil. Heating capacity of this burner is adjustable starting from 700,000 BTU/hour to 1,400,000 BTU/hour is suitable for various thermal ...
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High Accuracy Temperature Profilingon Tangential Boiler - Case Study
Dongshen Power Station, China. 1 x 300MW Tangential Coal-Fired Boiler. Boiler supplied by Shanghai Boiler Works (China). 12 Oil igniters, 20 Main oil burners, 12 Observation Ports were used to view inside the ...
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Waste-to-energy in Indonesia
Brief description on Waste-to-energy technologies and particular equipment that the company has designed and manufactured. CV Wirajasa Teknik Industri is offering Waste Oil Burner and Biomass Combustion to replace conventional burners that utilize fossil fuel such as natural oil, synthetic lubricating oil, Biomass Combustion Chambers can be applied in sereal and nut drying, organic fertilizers ...
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Forces attracted to fuel savings
Magnatech Fuel Conditioning Limited have recently completed a contract to install their very powerful magnetic fuel conditioning units to all structural gas and oil burning equipment across five MOD bases in England. This was after research concluded that Magnatech was the most cost effective provider of this type of application.The MOD have used this technology previously, when a number of bases ...
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Focus Bioenergy No 7 2004: Biofuels - heating for the future
Biofuels for heating of homes and properties is rapidly making headway. Environmentally friendly, comfortable and price-worthy small-scale heating with biofuels is done using pellets or briquettes. Changing an oil burner for a pellets burner or replacing electric heating with a pellet-burning stove is often very profitable. It demands less effort than wood firing but somewhat more work than using ...
By Elmia AB
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Drosrite extensive on-site hot dross treatment tests
DROSRITE is a salt-free process for the recovery of metal from dross. In addition to producing a salt-free residue, it does not produce any CO2 or NOx gases. The process is highly energy efficient, extracting heat from energy in the residue and, thus, it does not require an external heat source such as a plasma torch, an electric arc or a gas or oil burner. A DROSRITE pilot unit built by ...
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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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Heat recovery and energy efficiency, improves profitability and reduces CO footprint
Using latest technology in combustion of oil and gas can provide significant savings in overall energy consumption. Modern oxygen control that compensates changes in ambient temperature and fuel qualities can increase energy efficiency up to 3%. By adding the usage of hot combustion air another 2-3% can be saved. Modern burner technology without mechanical linkage, operating with accurate ...
By Oilon Oy
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Client - Oil Refinery, Eastern Europe
Project - Heavy Oil Pre-Heater As part of an overall facility upgrade this major oil refinery decided to seek ways of reducing its heavy oil pre-heating costs. A proposal was submitted that would enable waste heat from the refinery to be used as the source to safely pre-heat the stored heavy oil. The solution proposed the use of a gas to water recovery unit coupled to two heat pipe based oil ...
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