Transforming Pollutants into Valuable Chemicals

Industrial & Engineering

The problem the invention solves

Current solutions to sulfuryl fluoride, a greenhouse gas and potent fumigant, don't effectively convert it into non-toxic chemicals, contributing to global warming and air pollution.

The core features of the invention

This invention outlines a system to convert sulfuryl fluoride and other greenhouse gases like CO2 and CH4 into valuable chemicals such as ethene sulphonyl fluoride (ESF) using an electrocatalytic reaction process.

The inventive step

It uses asymmetric copper-manganese alloy electrodes and an acidified electrolyte mixture under a specified power supply, catalyzing C-C coupling reactions.

The tangible benefits

This method reduces sulfuryl fluoride emissions, making the process environmentally friendly, while simultaneously generating valuable commercial chemicals used in dyes, pharmaceuticals, and other industries.

The broader impact

The innovation supports environmental sustainability by mitigating a hazardous greenhouse gas, with potential benefits across multiple industrial sectors.

Disclaimer

The image and video are AI-generated based on the description of the invention in its patent application and are intended for illustrative purposes only.

It explains the concept and is not the actual product as it still needs to be developed.

Market need and size

The need to reduce greenhouse gases like sulfuryl fluoride is pressing, driven by environmental regulations. The market for sulfuryl fluoride conversion could be considerable, especially given its application in agriculture and industry.

Technical feasibility

Technically promising due to the use of established electrocatalytic processes. Challenges may include scaling up reaction systems and maintaining catalyst efficiency over time.

Potential applications

This technology can serve industries manufacturing chemicals, pesticides, pharmaceuticals, and potential new markets focused on greenhouse gas conversion technologies.

Competitive landscape and uniqueness

While some methods exist for removing sulfuryl fluoride, few convert it to commercially valuable products, providing a unique advantage.

Regulatory considerations

Compliance with environmental and chemical safety regulations is essential. Would also need approval from governmental environmental bodies.

Overall, this innovation has strong commercial potential due to growing pressures to manage greenhouse gases and the financial incentives tied to selling valuable chemical byproducts.