Detail publikace
Study on Impacts of Multiple Centralised Water Reuse Header from Consumer and Operator Perspectives
Ahmad Fadzil, A.F. Wan Alwi, S.R. Abdul Manan, Z. Klemeš, J.J.
Anglický název
Study on Impacts of Multiple Centralised Water Reuse Header from Consumer and Operator Perspectives
Typ
článek v časopise ve Web of Science, Jimp
Jazyk
en
Originální abstrakt
Total Site Centralised Water Integration is an innovative system of reusing water among industries at an industrial site through the use of a Centralised Water Reuse Header. This allows industries along the Centralised Water Reuse Header to exchange water while the systems are managed and operated by a third-party. However, the suitable number of Centralised Water Reuse Header and the optimum range concentration are key factors yet to be considered. This paper presents a methodology to determine the optimum number as well as the optimum range of Centralised Water Reuse Header concentration. The approach is illustrated using a case study to demonstrate how different numbers of Centralised Water Reuse Header affects both the total savings enjoyed by consumers and the payback period for the operator's investment for the system. Results of the study show that two units of Centralised Water Reuse Header offer operator of the system a payback period of 3.5 years with consumer benefitting a 50.9% of total cost savings on freshwater (76.8% reduction) and wastewater (89.6% reduction).
Anglický abstrakt
Total Site Centralised Water Integration is an innovative system of reusing water among industries at an industrial site through the use of a Centralised Water Reuse Header. This allows industries along the Centralised Water Reuse Header to exchange water while the systems are managed and operated by a third-party. However, the suitable number of Centralised Water Reuse Header and the optimum range concentration are key factors yet to be considered. This paper presents a methodology to determine the optimum number as well as the optimum range of Centralised Water Reuse Header concentration. The approach is illustrated using a case study to demonstrate how different numbers of Centralised Water Reuse Header affects both the total savings enjoyed by consumers and the payback period for the operator's investment for the system. Results of the study show that two units of Centralised Water Reuse Header offer operator of the system a payback period of 3.5 years with consumer benefitting a 50.9% of total cost savings on freshwater (76.8% reduction) and wastewater (89.6% reduction).
Klíčová slova anglicky
Process integration; Pinch analysis; Water minimisation; Total site centralised water integration; Interplant water integration; Centralised water reuse header; FLOW-RATE; DESIGN METHODOLOGY; CASCADE ANALYSIS; NETWORKS; INTEGRATION
Vydáno
04.12.2020
Nakladatel
INT CENTRE SUSTAINABLE DEV ENERGY WATER & ENV SYSTEMS-SDEWES, IVANA LUCICA 5, ZAGREB, 10000, CROATIA
Místo
INT CENTRE SUSTAINABLE DEV ENERGY WATER & ENV SYSTEMS-SDEWES, IVANA LUCICA 5, ZAGREB, 10000, CROATIA
ISSN
1848-9257
Ročník
4
Číslo
8
Strany od–do
754–765
Počet stran
12
BIBTEX
@article{BUT167785,
author="Jiří {Klemeš},
title="Study on Impacts of Multiple Centralised Water Reuse Header from Consumer and Operator Perspectives",
year="2020",
volume="4",
number="8",
month="December",
pages="754--765",
publisher="INT CENTRE SUSTAINABLE DEV ENERGY WATER & ENV SYSTEMS-SDEWES, IVANA LUCICA 5, ZAGREB, 10000, CROATIA",
address="INT CENTRE SUSTAINABLE DEV ENERGY WATER & ENV SYSTEMS-SDEWES, IVANA LUCICA 5, ZAGREB, 10000, CROATIA",
issn="1848-9257"
}