Produced Water Management and Circularity in the Energy Industry
local_shippingShip to Me
Overview
Produced Water Management and Circularity in the Energy Industry offers a comprehensive exploration of produced water management, covering the entire lifecycle from subsurface to surface conditions. It addresses crucial aspects of water circularity, including water control, treatment, recycle, mineral recovery, metals extraction, geothermal extraction, and CO2 mineralization. By filling a significant gap in current knowledge, this text provides practical solutions for optimizing water production from oil & gas fields and unlocking the value of produced water as a valuable resource for multiple applications that support sustainability. This book covers a wide array of water-management topics, featuring contributions from esteemed experts in the field. From predicting water breakthrough times in oil & gas fields to exploring emerging technologies for water shutoff and deoiling, the content offers a detailed look at the latest advancements in produced water management. With a focus on sustainability and energy transition, the text covers zero liquid discharge (ZLD), mineral recovery, metals extraction, geothermal energy potential, and CO2 mineralization from produced water, providing valuable insights for professionals and researchers in the industry. Produced Water Management and Circularity in the Energy Industry offers essential guidance for a diverse audience, including students, R&D professionals, and practicing engineers. By emphasizing the importance of achieving water circularity and providing practical solutions for treating and recycling produced water, the book supports UN Sustainable Development Goals related to clean water, climate action, and affordable clean energy. With a focus on valorizing waste produced water and promoting sustainability, this resource becomes a key reference for anyone involved in water management and energy transition initiatives.
This item is Non-Returnable
Customers Also Bought
Details
- ISBN-13: 9780443442032
- ISBN-10: 0443442037
- Publisher: Elsevier
- Publish Date: June 2027
- Shipping Weight: 0.99 pounds
- Page Count: 475
Related Categories
