GX & Decarbonization Research

Ting-Ting Wang, Shu Lin, Ting-Jun Fu +1

This review systematically summarizes synthesis methods, A-/B-site doping strategies, and supported perovskite catalysts for thermocatalytic CO2 hydrogenation into value-added chemicals and fuels. It highlights challenges such as limited lo…

Kartik Lakhnotra, Abhishek Pathania, Niraj Kumar

Cement production accounts for roughly 5% of global CO2 emissions. This study investigates using CO2 captured from cement-kiln flue gas for concrete curing, where it reacts with calcium-rich components to form stable calcium carbonate, perm…

N. Szarka, A. Toledo, J. Cooper

This study proposes an integrated framework to assess bio-based carbon dioxide removal (bioCDR) pathways in Canada, combining literature analysis, stakeholder mapping, a geospatial decision-support tool, and PESTELB driver analysis. Pathway…

Enara Fernandez, Maider Amutio, Maite Artetxe +3

This study examines an integrated carbon capture and reverse water gas shift (RWGS) process using CaO and Ni/CaO catalysts. It evaluates how H2O and O2 in flue gas affect CO2 capture and CO production. The findings inform catalyst durabilit…

Zekun Yang, Xinyang Ma, Ruitao Sun +4

This study proposes a systematic optimization approach integrating multiperiod heat exchanger network (MP-HEN) synthesis with postcombustion carbon capture (PCC) for crude oil distillation decarbonization. The PCC stripper reboiler duty is …

Qiang Zheng, Fuxin Yang, Houzhang Tan +1

Eight nonaqueous deep eutectic solvents (DES) were prepared and evaluated with a comprehensive framework covering absorption capacity, rate, cyclability, regeneration energy, thermal stability, and toxicity. [DBN][Oxa]–EG (1:0.5) absorbed 0…

Xu Liu, Aimin An, Kaifeng Li +4

Using real operational data from China Huaneng Group's phase-change CO2 capture platform, this study develops an AT-BiGRU-MHA neural network with adaptive multi-head attention to model the nonlinear, time-delayed dynamics of post-combustion…

Taufeeq Dhansay, Thulani Maupa, Zamampondo Sibewu +14

This work examines the prospects and challenges of carbon capture, utilisation and storage (CCUS) in South Africa. It focuses on how the country's coal-heavy economy and existing geological and industrial base could be leveraged for decarbo…

Muhammet Furkan Cicerali, Ahmed M. Albahnasawi, Murat Eyvaz +1

This dataset supports a review on game theory and evidence for CCUS deployment coordination. It provides a bibliography of 130 DOI-linked sources, an evidence map of 83 direct CCUS studies, source-level audits, numerical reconstructions, fi…

Emanuele Antico, Thibaud Aumond, Marc Meyer +3

This study shows that continuous ball milling of MgO under CO2 significantly boosts its carbon capture capacity, achieving a 6-fold increase over static exposure and doubling uptake under simulated flue gas with added water. The sorbent mai…

J. Huila, T. Joronen

This study models and techno-economically assesses a hybrid adsorption and low-temperature swing (HALT) CO2 capture process for pulp mill flue gas, using activated carbon in a dual-cycle TVSA configuration. Simulation shows 98% CO2 purity a…

S. Dayana, K. Kesavardhini, P. Saranraj +3

This paper reviews plasma engineering as an advanced, sustainable route for carbon capture and GHG reduction. Plasma-based methods offer flexible, efficient alternatives to conventional energy-intensive technologies, though energy consumpti…

Mayibaier Maimaitituerxun

This paper analyzes CCS commercialization in China across technology, economy, policy, and risk. Capture costs account for 70-80% of the process, carbon prices stay below the $25-30/t incentive threshold, and the carbon market lacks channel…

E. Nishikawa, D.L.Z. Peña, S.T. McCoy +2

This study spatially estimates agricultural and forestry residue availability for BECCS in Western Canada, accounting for competing uses, soil retention, technical constraints, and proximity to CCS infrastructure. Wheat straw drops from 47 …

Osamu Nishiura, Shinichiro Fujimori, Tomoko Hasegawa +46

This pre-print assesses carbon dioxide removal (CDR) deployment and its sustainability implications in the low-emission scenarios used for CMIP7. It examines CDR scale, methods, and trade-offs with land, water, and food systems across scena…

Daniel Heyen, Joshua Bißbort, Frederik Holtel

This paper develops a transparent two-period benchmark model of mitigation deterrence, where expected future CDR weakens current abatement. It incorporates political-economy forces, behavioral biases, general functional forms, and uncertain…

Powell, Patrick, Grogan, Dr. Jared

Proposes using low-grade reject heat from fossil power plants to sterilize and preserve wet biomass waste, halting decay. One barrel-equivalent of fuel could sterilize six tonnes of biomass, holding back 5.5 tonnes of CO2 against 0.43 tonne…

ECCSEL ERIC

ECCSEL ERIC is a pan-European research infrastructure network offering open access to 165+ facilities across CCUS, CDR (BECCS/DACCS), low-carbon energy storage, and geothermal technologies. It aims to fast-track innovation from TRL1 to TRL7…

Rachmawati N.J.

This paper addresses completion design for Enhanced Gas Recovery (EGR) with CCUS at Indonesia's Tangguh gas field. Without an abstract, details are limited, but it appears to link CCUS implementation engineering with Indonesia's emerging CC…

Wang J.

This work reviews the application of MOF-808, a zirconium-based metal-organic framework, and its derivatives to carbon capture and CO2 catalytic conversion. MOF-808 offers high porosity and chemical stability, making it attractive as a CO2 …