Abstract Design and performance analysis of hydraulic turbines are two very crucial aspects
of any hydro power project which ensure economical and efficient functioning of these …

Pump as Turbine (PAT) is a technically and economically effective technology to utilize
small/mini/micro/pico hydropower, especially in rural areas. There are two main subjects that …

The study of urban resilience from a risk perspective is crucial for reducing urban ecological
risks and achieving sustainable development in cities. However, the large scale of urban …

The high price of purpose-made turbines always represents an active challenge when
utilizing pico-and micro-hydropower resources. Pumps as turbines (PATs) are a promising …

The present work aims to enhance the energy efficiency of water supply networks by
investigating technical and economical feasibility of energy recovery plants at low installed …

This paper presents a physics-based approach aimed to predict the performance curves of
PATs (pumps as turbines). The methodology includes a tuning procedure, which allows the …

The development of renewable energy technologies for producing clean energy has more
and more become a priority worldwide. Research activities have not just to target the …

The working condition of a centrifugal pump as a turbine (PAT) is often unsteady. The
rotating speed of a PAT constantly varies as the flow and load change, resulting in transient …

This paper presents the development of a physics-based simulation model, aimed at
predicting the performance curves of pumps as turbines (PATs) based on the performance …

Centrifugal pumps as turbines (PATs) are widely used in chemical engineering for recycling
the abundant energy from high-pressure fluid. The operation of PATs is significantly affected …