Integrated water-power system resiliency quantification, challenge and opportunity
Resiliency has been studied in the power and water systems separately. Often the resiliency
study is not so comprehensive as to understand interdependent, integrated water and power …
study is not so comprehensive as to understand interdependent, integrated water and power …
Environmental performance of a photovoltaic brackish water reverse osmosis for a cleaner desalination process: A case study
Reverse osmosis (RO) membrane-based desalination system with various configurations
has emerged as a critical option for reclaiming brackish water. This study aims to evaluate …
has emerged as a critical option for reclaiming brackish water. This study aims to evaluate …
An integrated three-way decision methodology for sustainability of wastewater circularity in thermal power plants
The presence of multiple criteria for evaluating wastewater reuse applications indicates the
potential usage of Multi-Criteria Decision-Making (MCDM) methods for this purpose …
potential usage of Multi-Criteria Decision-Making (MCDM) methods for this purpose …
Treatment of brackish water for fossil power plant cooling
In this study, we evaluated the technical, economic and environmental impacts of retrofitting
brackish groundwater treatment systems at existing coal-and gas-fired electric generating …
brackish groundwater treatment systems at existing coal-and gas-fired electric generating …
Expansion planning of generation technologies in electric energy systems under water use constraints with renewable resources
Thermal power generation needs great volumes of water for cooling purposes. A multi-
period Low Water Generation Expansion Planning (LW-GEP) model is proposed to plan the …
period Low Water Generation Expansion Planning (LW-GEP) model is proposed to plan the …
Reclaiming water from a direct air capture plant using vacuum membrane distillation–A bench-scale study
In the present work, vacuum membrane distillation (VMD) was evaluated for its ability to be
integrated with a direct air capture (DAC) process as a sustainable combined water-CO 2 …
integrated with a direct air capture (DAC) process as a sustainable combined water-CO 2 …
Quantification of climate change-driven water stress on thermal power plants in India
The objective of this work is to quantify the effect of climate change on the intra-annual water
stress experienced by thermal power plants in India. The Integrated Environmental Control …
stress experienced by thermal power plants in India. The Integrated Environmental Control …
Performance prediction and optimization of the air‐cooled condenser in a large‐scale power plant using machine learning
H Chen, W Peng, C Nie, G Xu, J Lei - Energy Technology, 2021 - Wiley Online Library
An artificial intelligence approach using machine learning (ML) is applied to predict and
optimize the operational performance of the air‐cooled condenser (ACC) in a large‐scale …
optimize the operational performance of the air‐cooled condenser (ACC) in a large‐scale …
Challenges to the Use of a Base of Fresh Water in Groundwater Management: Total Dissolved Solids vs. Depth Across California
J Warrack, M Kang - Frontiers in Water, 2021 - frontiersin.org
According to the California Sustainable Groundwater Management Act, the bottom of a
basin, and subsequently the depth to which groundwater is managed, can be defined …
basin, and subsequently the depth to which groundwater is managed, can be defined …
Water footprints and thermal power generation
R Shinde, AB Rao, S Yogendra - Current Directions in Water Scarcity …, 2024 - Elsevier
Water is an integral part of the power generation. The average operational water footprint of
thermal power generation ranges between 61 and 1410 m 3 TJ e− 1 per year globally. Both …
thermal power generation ranges between 61 and 1410 m 3 TJ e− 1 per year globally. Both …