The study focuses on the design of a water system based on the ground water and supplemented with rainwater harvesting in order to cater for the growing population due to the new university being developed in this region. The design of various components of the water system such as the pump, storage tank, distribution points and pipes are discussed. The estimated total cost of the project, population increase by 2070, alternative sources of water, and water quality are also discussed.

Designing a water system for a new university using ground water and rainwater harvesting to meet growing population needs.

Design of a Water Supply System for Mudgee in New South Wales, Australia

This study aims to design a water supply system for Mudgee based on ground water and supplemented by rainwater harvesting that can cater to the city till 2070 without any major upgrade. The study includes site analysis, inventory, literature review, methodology, findings, and discussions. The design of the water system includes pump selection and design, bill of quantities and cost estimation, design of the water distribution points, storage tank, and pipe selection and design.

Hartpury University and Hartpury College

Design of a Water Supply System for Mudgee Based on Ground Water and Rainwater Harvesting

Introduction To Kinesiology

Allan Hancock College

Mechanical Engineering

Disease and Disorders

Physics

Faculty of Engineering & Technology

This research explores rainwater harvesting as a solution to water scarcity in Sydney, Australia. It discusses the background of water scarcity, the concept of rainwater harvesting, and the rationale for conducting this research. The study aims to analyze the feasibility and reliability of rainwater harvesting in Sydney, determine the optimum design of rainwater harvesting systems, and estimate the amount of rainwater that can be collected. It also examines the trend of climate variability and water demand in the Greater Sydney region. The research objectives include investigating water collection using e-Tank, a daily water balance model, and determining the payback period of rainwater harvesting systems in Sydney.

Finance

Materials Science and Engineering

Civil Engineering

Environmental Engineering

Environmental Science

Rainwater Harvesting in Sydney, Australia

Waves

This research investigates the performance of vertical Ground Source Heat Pumps (GSHPs) in hot/dry climates, specifically in Saudi Arabia. The paper discusses the history of energy use, renewable energy, and the Saudi Arabia Vision 2030. The methodology used to investigate and test the performance of GSHPs is also presented.

Calculus and Analysis

Performance of Vertical Ground Source Heat Pumps in Hot/Dry Climates

This article discusses sustainable groundwater extraction and infrastructure design. It covers topics such as aquifer systems, groundwater extraction and sustainability, and jurisdiction legislative, policy and management approaches. The article also includes a section on materials and methods, design and installation procedure, results, and stakeholder engagement. The subject is covered in detail with references to scholarly articles and research. Course code, course name, and college/university are not mentioned.

Design of a Water Supply System for Mudgee in New South Wales, Australia

Design of a Water Supply System for Mudgee Based on Ground Water and Rainwater Harvestinglg...

Faculty of Engineering & Technologylg...

Rainwater Harvesting in Sydney, Australialg...

Performance of Vertical Ground Source Heat Pumps in Hot/Dry Climateslg...

Sustainable Groundwater Extraction and Infrastructure Designlg...

Design of a Water Supply System for Mudgee Based on Ground Water and Rainwater Harvesting

Faculty of Engineering & Technology

Rainwater Harvesting in Sydney, Australia

Performance of Vertical Ground Source Heat Pumps in Hot/Dry Climates

Sustainable Groundwater Extraction and Infrastructure Design