InspectT

Optical spectroscopy is an important workhorse in the analysis of chemical compounds. It helps to identify molecules based on their functional groups and spatial conformation. In general, optical spectroscopy is not sensitive to the size of the molecules. Inspired by an already existing approach in NMR spectroscopy, we now applied the principle of diffusion ordered […]

SusPhos

SusPhos upcycles phosphate-rich waste streams to produce high-quality, sustainable phosphate products. Their process offers benefits such as independence from mines, low transport costs, and cadmium-free products. SusPhos is scaling up to an industrial pilot to validate their technology. The company is dedicated to creating eco-friendly alternatives to fossil-sourced products.

SolarFoil

SolarFoil enhances agricultural efficiency by converting solar energy into optimal light for plant growth. Their transparent, flexible layer with embedded nanotechnology boosts photosynthetic efficiency, reducing the need for artificial lighting. SolarFoil’s technology can be applied in greenhouses and polytunnels. The company is committed to sustainable agriculture through innovative light conversion solutions.

Nano-Hybrids

Nano-Hybrids has developed a novel technology that enables the one-step synthesis of a broad range of inorganic/organic core/shell nanoparticles without the use of solvents and additives. This innovative approach enhances efficiency, sustainability, and product purity, making it a significant advancement in nanomaterials. Nano-Hybrids is committed to advancing nanotechnology through sustainable and efficient solutions.

Plantics

Plantics develops sustainable bio-resins to replace plastic products with eco-friendly alternatives. Their unique 100% biobased resin, made from recycled paper, is resistant to moisture and biodegradable. Plantics targets multiple markets, including furniture, packaging, and construction materials. The company is dedicated to reducing plastic waste through innovative, sustainable solutions.

Fermioniq

Integrating quantum computing with classical methods, Fermioniq develops software for accurate material simulations. Their technology enables the simulation of chemicals and materials with unprecedented precision. Fermioniq targets industries such as clean energy, catalyst development, and materials science. The company is committed to pushing the boundaries of computational chemistry.