A palm oil refinery involves energy-intensive processes. Maximizing thermal efficiency of palm oil refinery is crucial for the plant profitability. This work implements a pinch analysis retrofit technique to maximize heat recovery and thermal efficiency of a palm oil refinery, subject to the existing process constraints. The procedures involve setting the maximum heat recovery targets and cost-effective retrofit of the heat exchanger network (HEN). Application of the technique on a palm oil refinery results in reduction of 700 kW (21%) heating and cooling loads or a saving of RM370,787, incurring a capital investment of about RM656,293 and a payback period of 1.77 years
This energy inventory and pinch analysis of the Preem, Lysekil refinery is a part of the Preem – Cha...
Crude Distillation Unit (CDU) represents significant challenge for retrofitting and energy optimisat...
The aim of this study is to reduce hexane loss during the process of extraction oil from palm kernel...
A palm oil refinery involves energy-intensive processes. Maximizing thermal efficiency of palm oil r...
Palm Oil industry is one of the major contributors of Malaysia’s economic growth. Being the largest ...
Thesis submitted in fulfilment of the requirements for the degree of Master of Technology: Chemical ...
Nowadays, decreasing the amount of natural resources and increasing the price of it, motivates to co...
Energy efficiency is one of many ways to reduce the problems of releasing more greenhouse gases into...
OPTIMIZATION OF ENERGY SYSTEM ON PT. SURYA ESA PERKASA LPG PLANT THROUGH PINCH ANALYSIS USING ASPE...
The manufacturing industry has been driven to reduce its energy use due to the rising cost of fossil...
Energy integration of the existing chemical and petrochemical facilities is regarded as a keystone f...
The need for energy saving and reduction of gas emissions makes Process Integration an attractive t...
Optimum design of HEN can cause significant reduction in the total cost of the plant. Targeting meth...
The design of heat exchanger network (HEN) is an important part of the synthesis process. Optimum de...
Chemical or oil refineiy processes utilize huge amounts o f energy in their routine operations. Ther...
This energy inventory and pinch analysis of the Preem, Lysekil refinery is a part of the Preem – Cha...
Crude Distillation Unit (CDU) represents significant challenge for retrofitting and energy optimisat...
The aim of this study is to reduce hexane loss during the process of extraction oil from palm kernel...
A palm oil refinery involves energy-intensive processes. Maximizing thermal efficiency of palm oil r...
Palm Oil industry is one of the major contributors of Malaysia’s economic growth. Being the largest ...
Thesis submitted in fulfilment of the requirements for the degree of Master of Technology: Chemical ...
Nowadays, decreasing the amount of natural resources and increasing the price of it, motivates to co...
Energy efficiency is one of many ways to reduce the problems of releasing more greenhouse gases into...
OPTIMIZATION OF ENERGY SYSTEM ON PT. SURYA ESA PERKASA LPG PLANT THROUGH PINCH ANALYSIS USING ASPE...
The manufacturing industry has been driven to reduce its energy use due to the rising cost of fossil...
Energy integration of the existing chemical and petrochemical facilities is regarded as a keystone f...
The need for energy saving and reduction of gas emissions makes Process Integration an attractive t...
Optimum design of HEN can cause significant reduction in the total cost of the plant. Targeting meth...
The design of heat exchanger network (HEN) is an important part of the synthesis process. Optimum de...
Chemical or oil refineiy processes utilize huge amounts o f energy in their routine operations. Ther...
This energy inventory and pinch analysis of the Preem, Lysekil refinery is a part of the Preem – Cha...
Crude Distillation Unit (CDU) represents significant challenge for retrofitting and energy optimisat...
The aim of this study is to reduce hexane loss during the process of extraction oil from palm kernel...