Supplier List under Agrochemicals Category
Myriade
Myriade is a French company created in 2017 that develops an innovative nanoscale imaging technology.
UpNano GmbH
The NanoOne 3D printing system developed by UpNano enables our users from different sectors to fabricate high-resolution microstructured parts for their specific applications in a cost-efficient manner, beginning already with the very first produced batch. The variety of usage of this system ranges from electronics to microoptics and biocompatible applications in cell research.
■Small
High-resolution desktop printing system with sub-micron resolution.
■Fast
Up to a 100 times higher throughput for short production cycles.
■Powerful
High power laser for mesoscale fabrication and biological applications.
Electrochaea GmbH
Electrochaea GmbH offers a nationally and internationally patented power-to-gas key technology based on biocatalysis, which recycles CO2 cost-effectively and at the same time produces biological methane that can be stored and used as required from excess electrical energy. The first pilot plant used on an industrial scale is successfully operating in Denmark. Plants with an output of more than one gigawatt are planned for 2025. 23 employees work for Electrochaea in Denmark and at the headquarters in Munich-Planegg.
traceless materials GmbH
traceless materials GmbH is a female-founded circular bioeconomy start-up founded in 2020, offering a holistically sustainable alternative to conventional (bio)plastics solving global plastic pollution. For the first time, agricultural industry by-products are used to produce storage-stable films, rigid materials and coatings that provide the beneficial properties of plastics while being compostable in the environment. While bio-based, traceless materials don’t compete with food production, preventing land-use-change. In contrast to conventional (bio)plastics, they don’t need any harmful additives, solvents or chemicals and have up to 87% lower CO2 emissions. Being neither chemically modified nor synthetically polymerized, traceless materials are expected not to fall under the EU Plastics Directive. Already competitive in quality to conventional plastics and bioplastics, on industrial production scale the materials will also be price competitive to conventional plastics. Be part of the solution – not pollution!
E-Lyte Innovations GmbH
Our company was founded in May 2019, as a start-up, from the battery research center MEET of the Westfälische Wilhelms-Universität (WWU) Münster. Furthermore, E-Lyte is funded by the pre-seed program EXIST Forschungstransfer, which is funded by the German Federal Ministry for Energy and Economics and the European Social Fund. E-Lyte Innovations GmbH develops and produces pioneering electrolytes for modern energy storage technologies in Germany with regard to specific requirements.
refuel.green consulting & technologies GmbH
refuel.green is one of the world's most innovative start-ups in the field of e-fuels. Founded in Dresden in 2021, the team of ca. 10 engineers and entrepreneurs is committed to making a decisive contribution to a CO2-neutral global economy. Specifically, the innovative, plasmacatalysis-based "NextGen-PtX Reactor Unit" is being developed, built and marketed. In line with its holistic value proposition, the refuel.green GmbH also supports its customers with consulting on the technically and economically optimal integration of the units into existing production plants or into new projects. Thanks to this overall offer, refineries, for example, can convert their business operations, which are currently dependent on fossil crude oil, to the production of CO2-neutral, renewable e-fuels in a particularly competitive manner.
CompActive GmbH
CompActive designs and manufactures active components and systems based on shape memory alloys (SMA). With our actuator principle, we enable adjustment functions that can be implemented with minimal installation space, minimum weight and with a gap-free and kink-free contour. As a result, the technology offers new opportunities for innovative applications in a cross-industry environment. CompActive provides all steps from idea to modules for series application from feasibility studies, setup of functional prototypes and detailed design to manufacturing of active modules.
Cyanetics Ltd.
We develop robust and scalable industrial biological process technologies that economically convert polluting gasses to high value platform chemical intermediates, without relying on unsustainable energy sources. Our technical approach uses a combination of synthetic biology, process engineering and computational analysis, and we deliver these technologies through strategic partnerships.
Syntelly LLC
AI made a revolution in many technological areas. However, its performance in chemistry has not been fully revealed yet. Syntelly is going to close this gap. Syntelly is an AI platform for the exploration of chemical space that provides AI-based predictive models, visualisation schemes and much more!
Batene GmbH
After eight years of research at the Max Planck Society, Batene GmbH was founded in March 2022 by a team of experienced scientists. The Max Planck Society has developed an IP-protected core technology based on fleece and exclusively licensed it to Batene. The Max Planck Society is a shareholder of Batene.
Today’s complex packaging of battery cells, based on thin layers and stacking technology, is dramatically resource-wasting and causes batteries to underperform and to be less safe than they could be.
We are launching the transition from 2D foil current collectors, used in today’s lithium-ion-batteries, to fleece current collectors. Our technology fleece provides a disruptive innovation for state-of-the-art and emerging battery technologies. batene fleece increases energy density of lithium-ion-batteries and enables extreme fast charging.
Our battery technology fleece aims to take electric energy storage to the next level. We strive to accelerate the transformation from a fossil fuel-based to a CO2-free economy and to contribute significantly to the availability of sustainable energy, when and where it is needed.