Caineng Zou’s research while affiliated with Norinco New Energy Co., Ltd. and other places

... Global warming, driven by rising emissions and the accumulation of greenhouse gases, has emerged as one of the most critical consequences of climate change [1][2][3]. Policymakers have recognized that assessing the environmental impact of organizations is essential for identifying and implementing strategies that reduce these effects [4,5]. Consequently, businesses are under increasing pressure to lower their emissions and contribute to the global effort to combat this environmental crisis [6]. ...

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The Role of Activity-Based Costing in Reducing Environmental Impact: A Systematic Literature Review

... Shale systems of three types-marine, marine-continental transitional, and continental-are widely distributed in sedimentary basins across China, including the Sichuan, Ordos, and Tarim Basins [1,2]. Currently, shale gas exploration and development in China are primarily focused on marine shale systems [3][4][5][6][7], while marine-continental transitional shale systems have become a new area of shale gas exploration and development in recent years [8][9][10][11]. With the deepening of unconventional gas exploration in the Sichuan Basin [4,12,13], multiple marine shale systems have achieved effective shale gas development. ...

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Identification and Application of Favorable Lithofacies Associations in the Transitional Facies of the Permian Longtan Formation in Central and Southern Sichuan Basin

... Increasing energy demands are driving a heavier dependence on fossil fuels, leading to higher pollution and hastening climate change [1][2][3][4]. Silicon-based photovoltaic cells could be a viable solution to the energy scarcity [5][6][7]. However, they face several challenges because their power conversion efficiency is relatively low and the manufacturing process is complicated. ...

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A first-principles investigation of K2AMoI6 (A = Rb, Na) halide double perovskites for sustainable energy applications

... [5][6][7][8] Many different types of anode and cathode materials have been reported, featuring various electrolyte systems and a wide range of potentials. [9][10][11] Among these, graphite has garnered special attention for its dual functionality as both a cathode and an anode. [12,13] The capacity of DIB is mainly rely on the anion intercalation capacity of the cathodes. ...

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Redox State‐Driven Synthesis of Mesoporous and Microsphere Poly(phenylenediamine) for Transition Metal‐Free and All‐polymer Dual‐Ion Battery

... This leaked hydrogen can coexist with the surrounding rock for extended periods. Influenced by factors such as humidity, pressure, and temperature, it may chemically react with the mineral composition of the surrounding rock, including substances like illite and calcite [21][22][23]. However, this reaction is slow, making it difficult to monitor with current testing methods, and its potential impacts still need to be verified [24]. ...

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Research on aqueous illite-hydrogen interaction in hydrogen-rich environment by molecular dynamic simulation

... During the early stage, the formation is water-saturated with favorable porosity and permeability (Begum et al., 2019;Gholinezhadateni and Rostami, 2021), also facilitating the migration and accumulation of early-generated molecules with long side chains and low aromaticity. After noise elimination and intensity normalization of the non-hydrocarbon data, compositional similarities among samples can be quantified using cosine distance (Yuan et al., 2024). Taking interlayer siltstones as benchmarks, the shales with high compositional similarities indicate "sweet spots", since they might have undergone similar compositional fractionation. ...

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Shale oil micro-migration characterization: Key methods and outlook

... Accurate yield prediction can not only help to arrange production plans reasonably and improve resource utilization efficiency but also prevent potential production problems and reduce operational risks. Therefore, seeking a high-precision and reliable production prediction method is an indispensable part of the gas well development process [4][5][6][7][8]. ...

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Single Well Production Prediction Model of Gas Reservoir Based on CNN-BILSTM-AM

... Shale systems of three types-marine, marine-continental transitional, and continental-are widely distributed in sedimentary basins across China, including the Sichuan, Ordos, and Tarim Basins [1,2]. Currently, shale gas exploration and development in China are primarily focused on marine shale systems [3][4][5][6][7], while marine-continental transitional shale systems have become a new area of shale gas exploration and development in recent years [8][9][10][11]. With the deepening of unconventional gas exploration in the Sichuan Basin [4,12,13], multiple marine shale systems have achieved effective shale gas development. ...

Reference:

Identification and Application of Favorable Lithofacies Associations in the Transitional Facies of the Permian Longtan Formation in Central and Southern Sichuan Basin

... Under such complicated terrain conditions, the drilling and fracturing of shale gas wells are more difficult, the infrastructure construction is weak, and insufficient transport capacity leads to failure in realizing a high yield in some shale gas-producing areas [55,56]. Additionally, a large amount of water is consumed in the fracturing process of shale gas, and the single-well water consumption of shale gas in China is relatively high, equaling 2.5~5 × 10 4 m 3 [58][59][60]. The large-scale exploitation of shale gas will directly affect the water consumption of residents. ...

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Shale Gas Transition in China: Evidence Based on System Dynamics Model for Production Prediction

... The sedimentary sand bodies of gravity flow origin are thick (~ 1-2 m) with high reservoir quality (Du. 2015;Tang 2015;Zou et al. 2023). Therefore, these deposits types form high-quality reservoir rocks through which oil and gas preferentially migrated, charged, and were preserved after hydrocarbon generation and expulsion from neighboring source rocks. ...

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Investigation of Fluid Types in Shale Oil Reservoirs