This research involves the design and analysis of pinch-based water/wastewater networks to minimize water utility in the petrochemical and petroleum industries. A study has been done on Tehran Oil Refinery to analyze feasibilities of regeneration, reuse and recycling of water network. COD is considered as a single key contaminant. Amount of freshwater was reduced about 149m3/h (43.8%) regarding COD. Re-design (or retrofitting) of water allocation in the networks was undertaken. The results were analyzed through graphical method and mathematical programming technique which clearly demonstrated that amount of required water would be determined by mass transfer of COD
Pinch Analysis has been an established systematic technique for optimal design and retrofit of heat,...
Water, a necessary and important resource for the process industry is growing in demand every year a...
The aim of this poster is to demonstrate the scope for wastewater minimisation by optimising the was...
This research involves the design and analysis of pinch-based water/wastewater networks to minimize ...
This research involves the design and analysis of pinch-based water/wastewater networks to minimize ...
This thesis lays out the basic principles for analyzing a water using operation and then compares th...
Water management has become a very vital issue for process engineers because of the stringent enviro...
This paper presents the development of a new systematic technique for the retrofit of water network ...
Sappi’s Ngodwana integrated Kraft pulp and paper mill was used as case study for the application and...
This paper presents a new systematic technique for the retrofit of existing water network based on p...
Water is key utilities in process industry.A reduction of this utility can reduce plant capital as w...
The current drive towards environmental sustainability and the rising costs of fresh water and efflu...
The advent of Pinch Analysis as a tool for the design of optimal heat, mass and water recovery netwo...
The current drive towards environmental sustainability and the rising costs of fresh water and efflu...
International audienceThe implementation of sustainable water management practices, through the recy...
Pinch Analysis has been an established systematic technique for optimal design and retrofit of heat,...
Water, a necessary and important resource for the process industry is growing in demand every year a...
The aim of this poster is to demonstrate the scope for wastewater minimisation by optimising the was...
This research involves the design and analysis of pinch-based water/wastewater networks to minimize ...
This research involves the design and analysis of pinch-based water/wastewater networks to minimize ...
This thesis lays out the basic principles for analyzing a water using operation and then compares th...
Water management has become a very vital issue for process engineers because of the stringent enviro...
This paper presents the development of a new systematic technique for the retrofit of water network ...
Sappi’s Ngodwana integrated Kraft pulp and paper mill was used as case study for the application and...
This paper presents a new systematic technique for the retrofit of existing water network based on p...
Water is key utilities in process industry.A reduction of this utility can reduce plant capital as w...
The current drive towards environmental sustainability and the rising costs of fresh water and efflu...
The advent of Pinch Analysis as a tool for the design of optimal heat, mass and water recovery netwo...
The current drive towards environmental sustainability and the rising costs of fresh water and efflu...
International audienceThe implementation of sustainable water management practices, through the recy...
Pinch Analysis has been an established systematic technique for optimal design and retrofit of heat,...
Water, a necessary and important resource for the process industry is growing in demand every year a...
The aim of this poster is to demonstrate the scope for wastewater minimisation by optimising the was...