Presentation Information
[2E01]Possibility for sand production control and CCUS promoting method focusing on in-situ microbial functions
○Toshiro Hata1 (1. Hiroshima University, Graduate School of Advanced Science and Engineering)
Keywords:
Biomineralization,Methane hydrate,In-situ microorganisms
As a novel resource development support technology with minimal environmental impact, this approach emphasizes engineering the functions of In-situ microorganisms from the target substrate to achieve desired effects.
This presentation provides an overview of the "depressurization method," which is anticipated to be an effective technique for the commercial production of methane hydrates, addressing challenges related to sand production control. Additionally, I will discuss a technology that efficiently crystallizes carbon dioxide (CO2) generated from industrial activities within the ground, aimed at enhancing disaster prevention and mitigation capabilities.
This presentation provides an overview of the "depressurization method," which is anticipated to be an effective technique for the commercial production of methane hydrates, addressing challenges related to sand production control. Additionally, I will discuss a technology that efficiently crystallizes carbon dioxide (CO2) generated from industrial activities within the ground, aimed at enhancing disaster prevention and mitigation capabilities.