yet2

🔬 Can you make chemistry scale: safely, sustainably, and at speed?

A yet2 client is looking for manufacturing partners who specialize in flow chemistry at pilot scale and beyond (100+ kg).

If your facility can handle the extremes (temperatures from -70 to 300°C, pressures up to 200 bar, and a wide range of organic reactions including hydrogenation, Grignard, oxidation, and more) we want to hear from you.

Flow chemistry is transforming how the industry produces complex molecules: less waste, better safety, and seamless scale-up. Now one of our clients needs a partner to help make it real, beyond the lab.

They're seeking:
✅ Contract manufacturers with pilot flow capabilities
✅ Modular or high-pressure continuous flow system providers
✅ Partners ready to go from kilograms to full production scale

If this sounds like your wheelhouse, submit your solution now 👇
https://bit.ly/4eiubid

Aquatic invasive species are damaging our waterways!

yet2 is pleased to partner with Bureau of Reclamation to launch the Halt the Hitchhiker Invasive Species Challenge: https://lnkd.in/gSaTnpnW

If you are interested in developing novel technology to stop the spread of invasive species via watercraft ballast we’d love to hear from you.

Enter the challenge for your chance to win up to $200,000. Click on the website for further information or reach out to yet2 at [email protected]

Tea and coffee drying still runs on wood chips and biomass in many remote production regions. That fuel choice is now a Scope 1 emissions problem.

A global tea and coffee processor is seeking low and zero CO2e technologies to replace the biomass and wood-fired steam engines and air/air heat exchangers used during drying, withering, oxidation, and coffee extraction. Key requirements:

Heat ambient air up to 120°C
24/7 operation, day and night
Deployable in remote regions, easy to maintain
Stay within a 2MW grid cap
Operating cost competitive with wood/biomass at $30/tonne

Solution areas of interest include parabolic dish collectors, electric boilers, mechanical v***r recompression (MVR), heat recovery projects, and Cleaning in Place (CIP) optimization.

If your team has a relevant technology, read the full brief and reach out:

https://bit.ly/4fofqva