Performance prediction of the tangentially fired pulverised-Coal boiler furnace using a mathematical model and its validation

Gopalan, Sankar; Balasubramanian, K.R.; Boppudi, Sivaram Pramod; Deenadayalan, Santhosh Kumar

doi:10.1080/15567036.2020.1859016

Cited by 2 publications

(1 citation statement)

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“…However, thermal oils are not stable at high temperatures because of unsaturated substances with double bonds. They also are easily oxidized (Gopalan et al, 2021). To a greater extent, silicone-based fluids and glycol hybrid fluids are primarily used in specialized applications where process-product compatibility is required.…”

Section: Thermal Liquid Fuel Heating Methodsmentioning

confidence: 99%

Design and Fabrication of Heating Device for Vegetable Oil Used for Diesel Engines

Minh Tuan,

Van Thuc,

Dao Nam

2023

J. tech. innov.

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Countries worldwide are recently interested in economic efficiency in line with protecting environmental protection. Generally, optimization of cetane number, expanding fuel sources, and producing clean fuels with less pollution at the development trend in diesel fuel. Faced with that situation, global energy security is one of the top goals worldwide that can be ensured by diversifying energy resources parallel with minimizing fossil energy dependence. Among solutions, biofuel in internal combustion engines is a potential approach that receives great attention from global researchers. Among biofuel sources, vegetable oil or animal fat can be employed directly on compression-ignition internal combustion engines. This study presents a method to design and manufacture a system that utilizes exhaust heat with integrated electrical energy to heat vegetable oil for direct use in diesel engines.

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Section: Thermal Liquid Fuel Heating Methodsmentioning

confidence: 99%