Designing of building water distribution systems: a bibliographical study
DOI:
https://doi.org/10.18830/issn.1679-0944.n34.2023.05Keywords:
Cold water, Hot water, Mapping Study, Simulation, Plumbing water systems, Design flowAbstract
The design methodologies of water distribution building systems indicated by the technical standards in force in the most diverse countries are fundamentally empirical and tend to oversize the elements of the systems and even increase financial costs. The object of this article is a literature review of the works published in the main international event in building systems (CIB W62) referring to the methodologies for dimensioning water distribution systems to catalog the scientific contributions related to the theme, the from predetermined keywords. The use of the Mapping Study provided the cataloging of all the material, the classification by different aspects, the analysis of study trends and existing gaps, which are opportunities for new research. Through the results obtained, it was observed that the matter was the object of study throughout the evaluated period, and the articles are divided into two main axes: analysis of the water consumption profile and proposals for new sizing methods. The Monte Carlo simulation technique was the most used, but in recent years stochastic modeling has been gaining ground by european authors. Authors point to the possibility of improving the methods, especially in relation to the assertiveness of the simulated flow.
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ALITCHOKOY, D. K. Statistical method for estimation of peak water demands in water supply systems for buildings. In: INTERNATIONAL SYMPOSIUM CIB W062, 26th, 2000, Rio de Janeiro, Rio de Janeiro. Proceedings… Rio Janeiro: Universidade de São Paulo, sep. 2000, p. 1-9.
ASAKURA, Y.; NISHIKAWA, T. A survey on water consumption and unit design water supply amounts in office buildings. In: INTERNATIONAL SYMPOSIUM CIB W062, 44th, 2018, Ponta Delagada-Azores, Portugal. Proceedings… Ponta Delagada-Azores: Regional Laboratory of Civil Engineering, ago. 2018, p. 80-86.
ASSOCIAÇÃO BRASILEIRA DE NORMAS TÉCNICAS. Projeto, execução, operação e manutenção de sistemas prediais de água fria. NBR 5626. Rio de Janeiro, 2020.
BAILEY, J.; BUDGEN, D.; TURNER, M; KITCHENHAM, B; BRERETON, P.; LINKMON, S. Evidence relating to Object Oriented software design: A survey. First International Symposium on Empirical Software Engineering and Measurement. Computer Society, 2007.
BLEYS, B.; VAN DEN BOSSCHE, P.; KUBORN, X. Measurements of water consumption in apartment buildings. In: INTERNATIONAL SYMPOSIUM CIB W062, 38th, 2012, Edinburgh, Scotland. Proceedings… Edinburgh: Heriot-Watt University, aug. 2012, p. 437-444.
BLOKKER, E. J. M.; VAN DER SCHEE, W. G. Simulation of water demands provides insight. In: INTERNATIONAL SYMPOSIUM CIB W062, 32th, 2006, Taipei, Taiwan. Proceedings… Taipei: National Taiwan University of Science e Technology, sep. 2006, p. C1, 1-7.
BLOKKER, E. J. M.; VERA, C. A.; MOERMAN, A. Using a stochastic demand model to design cold and hot water installations inside buildings. In: INTERNATIONAL SYMPOSIUM CIB W062, 43th, 2017, Haarlem, Netherlands. Proceedings… ago. 2017, p. 11-24.
CHAN, Y.; CHENG, C.; KAWAMURA, S. Research of K12 School Water Consumption Grade Labeling and Evaluation for K12 School Campus. In: INTERNATIONAL SYMPOSIUM CIB W062, 48th, 2022, Taichung, Taiwan. Proceedings… Taichung: National Taichung University of Science and Technology, 2022, p. 91 – 97.
CHENG, C. L.; HONG, Y. T. Research of Design Principle on Water Utilization of Primary School: Case Study in Taipei City. In: INTERNATIONAL SYMPOSIUM CIB W062, 28th, 2002, Iasi, România. Proceedings… Iasi: Technical University “GH. Asachi”, sep. 2002, p. B6-1 – B6-14.
FERNANDES, F. G; FERNANDES, G. R; PAULA, H. M. Mapeamento Sistemático de Referências da Análise de placas compostas por materiais heterogênos através de uma abordagem em multiescala. REEC – Revista Eletrônica de Engenharia Civil, v. 14, n. 2, p. 176 - 188, 2018.
FERREIRA, T. V. G. Modelo de simulação estocástica da demanda de água em edifícios residenciais. 2018. 171 p. Tese (Doutorado) – Escola Politécnica da Universidade de São Paulo, São Paulo, 2018.
GONÇALVES, O. M. Formulação de modelo para estabelecimento de vazões de projeto em sistemas prediais de distribuição de água fria. 1986. 369 p. Tese (Doutorado) – Escola Politécnica da Universidade de São Paulo, São Paulo, 1986.
HUNTER R (1940) Methods of Estimating Loads in Plumbing Systems’ Report BMS65, National Bureau of Standards, USA.
INGLE, S.; KING, D.C.; SOUTHERTON, R. Design and Sizing of Water Supply Systems Using Loading Units – Time for a Change?. In: INTERNATIONAL SYMPOSIUM CIB W062, 40th, 2014, Nagano, Japan. Proceedings… Nagano: Shinshu University, sep. 2014, p. 1-12.
ILHA, M. S. O.; OLIVEIRA, L. H.; GONÇALVES, O. M. Design flow rate simulation of cold-water supply in residential buildings by means of open probabilistic model. In: INTERNATIONAL SYMPOSIUM CIB W062, 48th, 2021, Hong Kong, China. Proceedings… Hong Kong: Hong Kong Polytechnic University, sep. 2008, p. 36-49.
JACK, L.; VAUGHAN, S. Comparison of Design Methods for Water Supply Pipework: A Case Study Analysis. In: INTERNATIONAL SYMPOSIUM CIB W062, 41th, 2015, Beijing, China. Proceedings… Beijing: Beijing University of Civil Engineering and Architecture, ago. 2015, p. 284-292.
KAWAMURA, S.; CHENG-LI, C. Evaluation Method and System of Nearly Zero Water Consumption for Residential Building. In: INTERNATIONAL SYMPOSIUM CIB W062, 48th, 2021. Proceedings… 2021, p. 1 – 6.
KOSE, H.; HASEGAWA, I.; ASANO, Y.; KIYA, F. Proposal on the Fixture Design in Use of Load Profile Model. In: INTERNATIONAL SYMPOSIUM CIB W062, 28th, 2002, Iasi, România. Proceedings… Iasi: Technical University “GH. Asachi”, sep. 2002, p. A4-1 – A4-23.
KURISU, S.; SAKAUE, K.; MURAKAWA, S.; HAYAKAWA, K.; FUJIMURA, K.; WU, G. Z. Verification of calculation method using Monte Carlo method for water supply demands: The water consumption of an office building. In: INTERNATIONAL SYMPOSIUM CIB W062, 42th, 2016, Kosice, Slovakia. Proceedings… Kosice: Technical University of Kosice, ago. 2016, p. 298-307.
MOHAMMED, S.; JACK, L.B.; PATIDAR, S.; KELLY, D.A. Assessing overestimation of water demand in different types of non-residential buildings in the UK. In: INTERNATIONAL SYMPOSIUM CIB W062, 45th. Proceedings…, 2019, jul. 2019, p. 1-16.
MUI, K. W.; WONG, L, T.; YEUNG, M. K.; HUI, P. S. Demand analysis of fresh water supply for a Chinese restaurant. In: INTERNATIONAL SYMPOSIUM CIB W062, 33th, 2007, Brno, Czech Republic. Proceedings… Brno: Brno University of Technology, sep. 2007, p. 61-70.
MURAKAWA, S.; TAKATA, H.; SAITO, C.; ABE, M.; TOYOSADA, K. Development of the Calculating Method for the Loads of Cold and Hot Water Consumption in a Business Hotel (Part 2) Dynamic Estimation for the Loads of Cold and Hot Water Demands. In: INTERNATIONAL SYMPOSIUM CIB W062, 41th, 2015, Beijing, China. Proceedings… Beijing: Beijing University of Civil Engineering and Architecture, ago. 2015, p. 340-353.
MURAKAWA, S.; TAKATA, H.; SAITO, C.; ABE, M.; TOYOSADA, K. Development of the Calculating Method for the Loads of Cold and Hot Water Consumption in a Business Hotel (Part 1) Cold and Hot Water Demands through the Attributes of Guests and Plumbing Fixtures. In: INTERNATIONAL SYMPOSIUM CIB W062, 41th, 2015, Beijing, China. Proceedings… Beijing: Beijing University of Civil Engineering and Architecture, ago. 2015, p. 330-339.
MURAKAWA, S.; TAKATA, H.; SAKAMOTO, K.; OHCHI, K. Monitoring the booster pump water supply system of a high–rise apartment building for optimization possibilities. In: INTERNATIONAL SYMPOSIUM CIB W062, 36th, 2010, Sydney, Australia. Proceedings… Sydney: University of Western Sydney, nov. 2010, p. 43-58.
NISHIKAWA, T. Factor analysis of precipitation characteristics and water demand in net-zero water building evaluations. In: INTERNATIONAL SYMPOSIUM CIB W062, 48th, 2021. Proceedings… 2021, p. 1 – 13.
OLIVEIRA, L. H. Modelo para simulação de vazões de projeto em sistemas prediais de água com medição individualizada empregando a lógica nebulosa e o método de Monte Carlo. 2010. 111 p. Tese (Livre-docência) – Escola Politécnica da Universidade de São Paulo, São Paulo, 2010.
OLIVEIRA, L. H.; ILHA, M. S. O.; GONÇALVES, O. M. Design flow rate simulation using probabilistic and empiric methods for water sub metering system in Brazilian multifamily Buildings. In: INTERNATIONAL SYMPOSIUM CIB W062, 33th, 2007, Brno, Czech Republic. Proceedings… Brno: Brno University of Technology, sep. 2007, p. 99-109.
OLIVEIRA, L. H.; CHENG, L. Y.; GONÇALVEZ, O. M.; MASSOLINO, P. M. C. Application of fuzzy logic to the assessment of design flow rate in water supply system of multifamily building. In: INTERNATIONAL SYMPOSIUM CIB W062, 35th, 2009, Düsseldorf, Germany. Proceedings… Düsseldorf: Fachhochschule Gelsenkirchen, University of Applied Sciences, sep. 2009, p. 39-54.
OLIVEIRA, L. H.; CHENG, L. Y.; GONÇALVEZ, O. M.; MASSOLINO, P. M. C. Design flow rate simulation using probabilistic and empiric methods for water submetering system in Brazilian multifamily buildings. In: INTERNATIONAL SYMPOSIUM CIB W062, 36th, 2010, Sydney, Australia. Proceedings… Sydney: University of Western Sydney, nov. 2010, p. 14-29.
PAULA, H. M. D.; ILHA, M. S. D. O. Uso da Moringa oleifera no tratamento de águas residuárias de usinas de concreto: mapeamento sistemático. REEC – Revista Eletrônica de Engenharia Civil, v. 11, n. 1, p. 50 - 60, 2016.
PETERSEN, K.; FELDT; R.; MUJTABA, S.; MATTSSON, M. Systematic Mapping Studies in Software Engineering. School of Engineering, Blekinge Institute of Technology. University of Bari, Italy, 26 - 27 June. 2008.
REIS, R. P. A. Estudo do controle de vazão de escoamento superficial e modelagem numérica de sistemas de drenagem na fonte. 2018. 278f. Tese (Doutorado em Engenharia Civil) – Universidade Estadual de Campinas, Campinas, 2018.
RODRIGUES, K. C.; MESQUITA, H. C.; EDUARDO, R. C.; PAULA, H. M. Mapeamento sistemático de referências do uso do BIM na compatibilização de projetos na construção civil. REEC - Revista Eletrônica de Engenharia Civil, v. 13, n. 1, p. 219 - 239, 2017.
SILVA-AFONSO, A.; PIMENTEL-RODRIGUES, C. Rethinking the sizing criteria in the water supply for buildings. In: INTERNATIONAL SYMPOSIUM CIB W062, 42th, 2016, Kosice, Slovakia. Proceedings… Kosice: Technical University of Kosice, ago. 2016, p. 24-33.
SILVA, G.; TAMAKI, H.; CORREIA, G.; GONÇALVES, O. The evaluation of the per capita water demand of the University of São Paulo throughout ten years of the Water Conservation Program of the University of São Paulo. In: INTERNATIONAL SYMPOSIUM CIB W062, 35th, 2009, Düsseldorf, Germany. Proceedings… Düsseldorf: Fachhochschule Gelsenkirchen, University of Applied Sciences, sep. 2009, p. 55-68.
TAKATA, H.; MURAKAWA, S.; NISHINA, D.; KOSHIKAWA, Y. An analysis on the loads of hot water consumption in the apartment houses. In: INTERNATIONAL SYMPOSIUM CIB W062, 27th, 2001, Portoroz, Slovenia. Proceedings… Portoroz: University of Maribor, sep. 2001, p. B4-1 – B4-10.
TAKATA, H.; MURAKAWA, S.; NISHINA, D. A Study on the Cold and Hot Water Consumption in the University Cafeterias based on the Time Series Analysis. In: INTERNATIONAL SYMPOSIUM CIB W062, 28th, 2002, Iasi, România. Proceedings… Iasi: Technical University “GH. Asachi”, sep. 2002, p. B5-1 – B5-12.
TAKATA, H.; MURAKAWA, S.; SAITO, C.; ABE, M.; TOYOSADA, K. Development of the Calculating Method for the Loads of Cold and Hot Water Consumption in a Business Hotel (Part 1) Cold and Hot Water Demands through the Attributes of Guests and Plumbing Fixtures. In: INTERNATIONAL SYMPOSIUM CIB W062, 41th, 2015, Beijing, China. Proceedings… Beijing: Beijing University of Civil Engineering and Architecture, ago. 2015, p. 2330-339.
TAKATA, H.; SHIMADA, S.; MURAKAWA, S.; IKEDA, D. Calculation of the loads of hot water consumption in Japanese hot spring hotel. In: INTERNATIONAL SYMPOSIUM CIB W062, 48th, 2021. Proceedings… 2021.
VRANA, J.; JARON, Z.; KUCHARIK, M. Peak flow rates measured in residential Building. In: INTERNATIONAL SYMPOSIUM CIB W062, 42th, 2016, Kosice, Slovakia. Proceedings… Kosice: Technical University of Kosice, ago. 2016, p. 34-44.
WANG, Y.; CHENG, C.; KAWAMURA, S. A Study of Hot Water Consumption in Residential Building in Taiwan. In: INTERNATIONAL SYMPOSIUM CIB W062, 48th, 2021. Proceedings… 2021.
WU, G. Z.; SAKAUE, K.; HAYAKAWA, K.; MURAKAWA, S.; INADA, T. Verification of Calculating Method using the Monte Ca-rlo Method for Water Supply Demands: the Water Consumption of Mixed-use Building for Rent. In: INTERNATIONAL SYMPOSIUM CIB W062, 41th, 2015, Beijing, China. Proceedings… Beijing: Beijing University of Civil Engineering and Architecture, ago. 2015, p. 306-318.
WU, G. Z; SAKAUE, K.; KOJIMA, K.; FUJIMUR, K.; MURAKAWA, S.; HAYAKAWA, K. Examinations on Water Supply Load Calculation Methods of Office Building: Comparison between Conventional Design Methods and the Simulation Methods. In: INTERNATIONAL SYMPOSIUM CIB W062, 39th, 2013, Nagano, Japan. Proceedings… Nagano: Shinshu University, sep. 2013, p. 529-540.
WU, G. Z; SAKAUE, K.; MURAKAWA, S.; HAYAKAWA, K. Comparison between the traditional methods and the simulation method in water supply load calculation methods for office building. In: INTERNATIONAL SYMPOSIUM CIB W062, 40th, 2014, Nagano, Japan. Proceedings… Nagano: Shinshu University, sep. 2014, p. 1-10.
WONG, L. T.; MUI, K. W. Bridging the gap between model estimates and field measurements of probable maximum simultaneous demand: a Bayesian approach. In: INTERNATIONAL SYMPOSIUM CIB W062, 43th, 2017, Haarlem, Netherlands. Proceedings… ago. 2017, p. 25-31.
WONG, S.Y.; WONG, L.T.; MUI, K.W. Simulations for per-capita water consumptions of appliances at secondary schools. In: INTERNATIONAL SYMPOSIUM CIB W062, 39th, 2013, Nagano, Japan. Proceedings… Nagano: Shinshu University, sep. 2013, p. 235-248.
ZELLER, A.; ASHE, B. Performance metrics for cold water pipework sizing in the National Construction Code. In: INTERNATIONAL SYMPOSIUM CIB W062, 45th. Proceedings…, 2019, jul. 2019, p. 1-5.
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