Hydrogen is envisaged to play a major role in decarbonizing our future energy systems.
Hydrogen is ideal for storing renewable energy over longer durations, strengthening energy …

The adoption of carbon capture systems presents a pivotal strategy for mitigating
greenhouse gas emissions, notably carbon dioxide. Nevertheless, the substantial surge in …

To harvest wind energy in deep sea, offshore wind farms are built farther and farther from
coast, dramatically increasing cost especially for electricity transmission. To address this, in …

This paper designs a flexible riser for transporting carbon dioxide (CO 2) off a floating
offshore wind turbine (FOWT)-powered CO 2 capture platform, and analyzes the internal …

Sourcing electricity and freshwater from renewable energy has emerged as crucial
development pathway for remote islands. In this paper, a hybrid self-sustaining system …

With the energy revolution and the proposal of “double carbon” background, hydrogen
energy with rich reserves, clean and low carbon and broad application prospects has …

Direct air capture (DAC) offers a potential solution for capturing carbon dioxide directly from
the atmosphere, making it a promising technology in the field of negative carbon solutions …

Integrating renewable energy, particularly wind generation, into power systems brings
significant uncertainty and intermittency, challenging generation companies (GenCos) to …

Abstract The Solid Carbon initiative aims to inject carbon dioxide (CO2) into the upper ocean
crust, utilizing mineralization as a means for permanent carbon dioxide removal to mitigate …

Direct air capture (DAC) offers a potential solution for capturing carbon dioxide directly from
the atmosphere, making it a promising technology in the field of negative carbon solutions …