To reduce CO 2 emissions in response to global climate change, shale reservoirs could be
ideal candidates for long-term carbon geo-sequestration involving multi-scale transport …

Wettability in the methane (CH4)–liquid–rock system is a key parameter which determines
gas recovery and geo-storage efficiencies. However, there is a lack of an overview over this …

Shale reservoirs have gradually been recognized as promising potential candidates for CO
2 geological storage due to their wide geographic distribution and enormous storage …

The precondition of well testing interpretation is to determine the appropriate well testing
model. In numerous attempts in the past, automatic classification and identification of well …

Utilizing underground geological structures for hydrogen storage is an effective approach for
energy transformation. The depleted shale reservoirs can be considered as promising …

Asphaltene deposition is a common phenomenon during CO2 flooding in ultralow
permeability reservoirs. The deposited asphaltene occupies the pore volume and decreases …

This paper introduces an integrated approach for estimating the key parameters of CO 2
storage projects in depleted hydraulically fractured shale reservoirs. The approach focuses …

The injected working fluid conditions directly affect the heat generation efficiency of a
stimulated hot dry rock reservoir. Taking exploration well GR1 in the Gonghe Basin of …

This paper introduces an integrated approach for estimating the key parameters of CO2
storage projects in depleted hydraulically fractured shale reservoirs. Several analytical …

Recently, many attempts have been made to estimate carbon storage capacity of depleted
shales. In this paper, based on flow regime diagnosis and transient analysis, a quick and …