Richard Jones

We have created an amazing electrolzer technology that allows industries to convert waste CO2 to CO that can then be converted into usable products. Our technology is now ready to go. Contact directly to see how we can help you.

Responsible for the running of the entire company from company direction to ensuring financial success in an ever fluctuating chemistry market. My overall goal is to increase our market leader share further by generating award winning products that give chemists the tools to do things that they were not able to previously or by making their job safer and simpler to perform.

Responsible for product direction and user experience for the entire line of ThalesNano instruments, including the number 1 selling and R&D 100 Award winning flow reactor, H-Cube. While initially covering sales globally, I focused on managing distributors in Central and Eastern Europe as well as the Asia Pacific Region. Summary of roles include: Market analysis Customer and market research Writing market requirement documents Working with development to finalize functional specifications Competitor analysis Analysis of technology trends Running alpha and beta programs Formulating product launch plans Product messaging and positioning Developing sales tools such as presentations, white papers etc. Setting product pricing Running product launches Working with sales and marketing to ensure that the product is effectively introduced to the market and continues to be successful.

Managed a team of chemists developing flow chemistry applications towards Sales & Marketing Activity.

Investigating and investing in high risk-high gain projects such as nanoformulating active compounds to reduce the use of agrochemicals in the environment or taking chemistry research into Space. I'm never bored!

Worked both individually and as part of a team assisting in the development and synthesis of several kinase inhibitor and GPCR drug discovery based compound libraries.

The synthesis and characterisation of novel asymmetrical diphosphine and phosphine-phosphonite ligands. • Project involved multi-stage syntheses under a nitrogen atmosphere.