Absorption based direct air capture (DAC) technologies have garnered significant interest in
recent years due to their scalability, competitive regeneration energy requirements, and low …

Hydrogen production together with carbon capture are two critical areas towards
decarbonization and transition to net-zero from the current fossil fuel-based energy system …

This study investigates oxy-fuel combustion (OFC) applied to reciprocating internal
combustion engines for a flexible Combined Heat and Power (CHP) plant with carbon …

To realise net zero ambition within industrial sectors will require large-scale deployment of
renewable energy, low-emissions substitution of fossil fuels and significant increases in …

Many analysts have concluded that large amounts of atmospheric carbon dioxide (CO 2)
must be captured and permanently stored in the coming decades to meet international goals …

This chapter describes considerations for developing infrastructure for carbon dioxide (CO2)
utilization, taking into account the CO2-derived products identified in Chapter 3 and the …

Carbon Capture, Utilization, and Storage (CCUS) merupakan sebuah inisiasi yang sedang
banyak dikaji untuk implementasinya oleh pelaku usaha di sektor energi dan industri serta …

The scientific community has declared a need for urgent action on climate change to limit
global warming to 1.5℃. To achieve this goal, carbon capture has been identified as a …