The transportation of CO₂ and H₂ is one of the key issues to achieve net zero emissions as energy is consumed at different stages of energy production and CO₂ sequestration. The proposed concept is to use alkaline/alkaline earth metal as a two-way carrier of CO₂ and H₂.

As small quantities of non-condensable gas from oil production fields encounter challenges in feasible utilization, such gas is often incinerated in the flare system with CO₂ emissions. The application of methane pyrolysis technology enables the extraction of solid carbon from flare gas and consequently, reduce CO₂ emissions by flaring.

As a negative emission technology for net zero emissions, direct air capture (DAC) is efficient and in imminent demand to offset CO₂ emissions from minor sources, which cannot be feasibly captured by other conventional methods. By collaborating with technology experts, we are developing a DAC system with high energy efficiency.

The process of sustainable aviation fuel (SAF) production from waste is under development. In this process, the waste is converted to SAF product via Fischer–Tropsch Synthesis.