In this paper, we provide a comprehensive review of mathematical programming models for
shale oil & gas development, and we offer a perspective on outstanding research …

We consider the design and operation of water networks simultaneously. Water network
problems can be divided into two categories: the design problem and the operation problem …

The need for rapid and widespread deployment of new technologies to address climate
change goals (eg, deep, economy-wide decarbonization) presents new opportunities for …

A blowdown and produced water cotreatment train design was preliminarily simulated to
explore water-energy nexus synergy. This process model was able to provide results …

Optimal management and desalination of produced water is a major challenge for US oil
and gas development. Integrating rigorous desalination models into multi-period produced …

Oil and gas production wastewater (ie, produced water) may contain appreciable
concentrations of rare-earth elements and critical minerals (REE/CMs), such as lithium, that …

Hydraulic fracturing for oil and gas extraction from unconventional reservoirs is water
intensive. Between water sourced for fracturing purposes and water present in rock …

The oil and gas energy sector uses billions of gallons of water for hydraulic fracturing each
year to extract oil and gas. The water injected into the ground for fracturing along with …

Modern power grids coordinate electricity production and consumption via multi-scale
wholesale energy markets. Historically, levelized cost metrics were the de facto standard for …

Rapid, wide-scale deployment of green process systems, such as carbon capture and water
desalination systems, is essential for combatting climate change. Methods relying on …