What are the main features of the MOF manufacturing technology developed by ROKI?

The main features include water-based synthesis without organic solvents, synthesis under normal pressure and short time, suitability for mass production through continuous synthesis, and uniform particle size.

What are the advantages compared to conventional MOF manufacturing?

It is safer due to the use of water instead of organic solvents, and can be manufactured in a short time (1-18 hours) under mild conditions (room temperature to 90°C and 1 atmosphere pressure).

What applications are envisioned for the developed technology?

Applications include the recovery and separation of greenhouse gases like CO2, regeneration and reuse of rare gases, and control of gas concentrations in indoor and transport container environments.

What challenges is ROKI trying to address with this technology?

ROKI aims to solve the challenges of using large amounts of organic solvents in conventional MOF manufacturing, high-pressure and long-duration manufacturing processes, and difficulties in achieving quality stability and scale-up.

Does ROKI's technology already have patents?

Yes, it has obtained Patent No. 7406668 and No. 7411846.

AI News NQ Analysis

ROKI Develops Unique Manufacturing Technology for MOF Mass Production and Quality Stability via Solvent-Free Water-Based Process

NQ Score 85/100

N1 Content Completeness 9

AI Summary (NQ-processed)

ROKI Co., Ltd. has developed a unique manufacturing technology for Metal-Organic Frameworks (MOFs) that uses a water-based, atmospheric-pressure, and short-time process suitable for continuous synthesis. The company aims to contribute to practical applications such as CO2 capture and gas concentration control through improved mass production and quality stability.

AI Analysis

Frequently Asked Questions

Q: What are the main features of the MOF manufacturing technology developed by ROKI?: A: The main features include water-based synthesis without organic solvents, synthesis under normal pressure and short time, suitability for mass production through continuous synthesis, and uniform particle size.
Q: What are the advantages compared to conventional MOF manufacturing?: A: It is safer due to the use of water instead of organic solvents, and can be manufactured in a short time (1-18 hours) under mild conditions (room temperature to 90°C and 1 atmosphere pressure).
Q: What applications are envisioned for the developed technology?: A: Applications include the recovery and separation of greenhouse gases like CO2, regeneration and reuse of rare gases, and control of gas concentrations in indoor and transport container environments.
Q: What challenges is ROKI trying to address with this technology?: A: ROKI aims to solve the challenges of using large amounts of organic solvents in conventional MOF manufacturing, high-pressure and long-duration manufacturing processes, and difficulties in achieving quality stability and scale-up.
Q: Does ROKI's technology already have patents?: A: Yes, it has obtained Patent No. 7406668 and No. 7411846.