Axiomatic Design Process in Developing a model Prototype Rainwater Harvesting Infrastructure

Betasolo, Mirzi; Smith, Carl

doi:10.1016/j.procir.2016.09.004

Cited by 2 publications

(2 citation statements)

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“…Ninety percent of the country's land is customary land which due to many ownership hinder the development of the property. Few others who can afford to dig and buy a pump have access to groundwater [18]. Other use the rooftop to harvest rainwater since Lae City has a rainfall that ranges from 4000 to 5800 annually [17].…”

Section: Rainwater Availabilitymentioning

confidence: 99%

Rainwater Harvesting Infrastructure Management

Betasolo¹,

Smith²

2020

Environmental Health - Management and Prevention Practices

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As climate change impact is affecting all countries, water scarcity is continually a pressing issue to all countries in the world. The groundwater availability around the globe and locally such as in the ground of Papua New Guinea, Lae City, the garden city of the country, is also affected by the phenomenon. An alternative source such as the rainwater which across the globe is not equally shared thus harvesting it by creating an infrastructure for wider use needs management for sustainability. The study focuses on the management of a rainwater harvesting infrastructure (RHI) from its initial stage or conceptualization by designing using axiomatic design process and creating a model prototype to show the features of the infrastructure. The axiomatic design process in the design of the rainwater harvesting infrastructure shows the customer needs and functionality of the infrastructure for cost-wise management. The chapter provides information for a broader and more significant impact of providing and designing infrastructure for massive use.

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Section: Rainwater Availabilitymentioning

confidence: 99%

Rainwater Harvesting Infrastructure Management

Betasolo¹,

Smith²

2020

Environmental Health - Management and Prevention Practices

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“…In Tokyo RWH system is incorporated to reserve water which meets the emergency water demands during seismic disaster [7,8,9]. *Corresponding author: Sayantan Dutta, sayantandutta29@gmail.com In order to meet our daily demand of water requirement and reserve for the future purpose, alternative relatively economical and effective technological methods need to be introduced [10,11,12]. Hence, harvesting of rain water is seemed to be one of the best scientific methods to serve the purpose.…”

Section: Introductionmentioning

confidence: 99%

Hydrological Analysis for Annual Rainwater Harvesting Potential in BCREC Campus

Dutta,

Pan,

Kotal

et al. 2023

BEST

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The technical aspect of this paper is to analyse the harvested rainwater from the hydrological point of view. First of all, the considerable catchment area is found out. Total rainwater which is collected from rooftops of different buildings like departmental buildings and hostel buildings at BCREC Durgapur Campus. Then, hydrological and topographic data of the considered catchment area has been collected. Finally, the water harvesting capacity from different buildings is evaluated. Alongside, a parametric study is done to show the variation of discharge throughout the year. Finally, the potential of harvested water in number of days is estimated to find out the effectiveness of the rainwater harvesting system in BCREC campus.

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Axiomatic Design Process in Developing a model Prototype Rainwater Harvesting Infrastructure

Cited by 2 publications

References 0 publications

Rainwater Harvesting Infrastructure Management

Rainwater Harvesting Infrastructure Management

Hydrological Analysis for Annual Rainwater Harvesting Potential in BCREC Campus

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