Optimization Of Furnace Efficiency In High Vacuum Units: Analyzing Heat Absorption And Loss Methods For Enhanced Fuel Utilization DOI
Budi Nugroho,

Al Misqi

Catalyx., Journal Year: 2024, Volume and Issue: 1(2), P. 97 - 112

Published: Oct. 26, 2024

One of the operating units PT. Y, which functions to separate fractions based on differences in boiling routes. Serves routes and under vacuum pressure conditions High Vacuum Unit (HVU). This is because feed this operation contains long residues that consist hydrocarbon chain components or have a high point. leading equipment used unit furnace. The efficiency furnaces (HVU) critical furnace paramount as it directly influences operational costs energy consumption separation process. study addresses problem optimizing efficiency, crucial for reducing fuel usage, particularly gas, thereby enhancing overall economic viability operation. research employs methodology analyzes heat absorbed loss within system. By measuring these parameters, identifies areas improvement thermal efficiency. Optimization involves adjusting inputs settings minimize waste while maintaining effective heating capabilities. optimization results show significant decrease gas usage by 2,14%, compared average level recorded July 2024. In addition, oil was optimized 3 tons per day (T/D). These adjustments improved furnace's contributed more sustainable findings broader implications cost savings operations. improving performance, Y can achieve lower reduce its environmental footprint through decreased consumption. aligns with industry trend towards sustainability efficient resource management, benefiting company society.

Language: Английский

Optimization of engine parameters and emission profiles through bio-additives: Insights from ANFIS Modeling of Diesel Combustion DOI Creative Commons
Abbas Rohani, Javad Zareei, Kourosh Ghadamkheir

et al.

Cleaner Engineering and Technology, Journal Year: 2025, Volume and Issue: unknown, P. 100994 - 100994

Published: May 1, 2025

Language: Английский

Citations

0
A Study on the Combustion and Emission, Analyzing Oxymethylene Ether (Ome1-5) with Diesel Fuel for Optimal Combustion and Emission Reduction DOI
Farhad Mazari

Published: Jan. 1, 2024

This study delves into investigating an optimized fuel blend consisting of oxymethylene ethers (OMEn=1-5) with diesel. The research employs a comparative analysis within constant volume combustion chamber (CVC) to discern the performance this blended formulation against individual OMEn=1-5 and pure diesel fuel, aiming unravel crucial insights their dynamics potential for emissions reduction.In pursuit establishing ideal autoignition atmosphere both OME chamber, meticulous two-step process is implemented. executed numerical computational fluid (CFD) model, tailored replicate experimental CVC geometry conditions. Through rigorous assessments, optimal mass fractions pre-combustion gases are determined, validation data ensuring accuracy reliability.Subsequently, comprehensive optimization was conducted, employing response surface method (RSM) regression modeling in tandem obtained from model. endeavor aimed construct predictive model capable discerning output variations resulting diverse compositions, ultimate goal identifying most suitable series diesel.After determining blend, OMED, diesel, ventures spray properties using optical setup. marks inaugural exploration novel blend's chamber. dynamics, including injection duration, Start Combustion (SOC), End (EOC), aims elucidate behavior OMED blends.

Language: Английский

Citations

0
Optimization Of Furnace Efficiency In High Vacuum Units: Analyzing Heat Absorption And Loss Methods For Enhanced Fuel Utilization DOI
Budi Nugroho,

Al Misqi

Catalyx., Journal Year: 2024, Volume and Issue: 1(2), P. 97 - 112

Published: Oct. 26, 2024

One of the operating units PT. Y, which functions to separate fractions based on differences in boiling routes. Serves routes and under vacuum pressure conditions High Vacuum Unit (HVU). This is because feed this operation contains long residues that consist hydrocarbon chain components or have a high point. leading equipment used unit furnace. The efficiency furnaces (HVU) critical furnace paramount as it directly influences operational costs energy consumption separation process. study addresses problem optimizing efficiency, crucial for reducing fuel usage, particularly gas, thereby enhancing overall economic viability operation. research employs methodology analyzes heat absorbed loss within system. By measuring these parameters, identifies areas improvement thermal efficiency. Optimization involves adjusting inputs settings minimize waste while maintaining effective heating capabilities. optimization results show significant decrease gas usage by 2,14%, compared average level recorded July 2024. In addition, oil was optimized 3 tons per day (T/D). These adjustments improved furnace's contributed more sustainable findings broader implications cost savings operations. improving performance, Y can achieve lower reduce its environmental footprint through decreased consumption. aligns with industry trend towards sustainability efficient resource management, benefiting company society.

Language: Английский

Citations

0