For Industry

We have developed a new catalytic process for directly converting carbon dioxide and molecular hydrogen into ethane and ethylene. The process also produces carbon monoxide and methane as by-products.

Our technology introduces a new electrocatalytic composite for HER, featuring ruthenium (Ru) nanoparticles supported on a titanium oxynitride (TiON) composite, with or without graphene, and utilizing a low metal content.

Such novel epoxy resins can greatly support sustainable development and the establishment of a circular economy in various industries, such as automotive, construction, and electronics.

Thermochemical heat storage is a sustainable technology based on a reversible adsorption and desorption of gases on porous solids. Microporous aluminophosphates are excellent candidates as water adsorbents in heat storage applications.

Our chemical recycling process uses a cheap, dual-acting reagent that allows efficient degradation of the urethane groups in the PUF structure, while producing a small amount of aromatic diamine as toxic by-product.

This invention features the use of a solid catalyst, enabling catalyst recycling and the establishment of a continuous process. It eliminates the need for additional reducing agents, particularly hazardous hydrogen gas, and combines deoxydehydration, hydrogenation, and esterification.

This invention uses structured, magnetically heated catalysts for efficient ammonia synthesis and decomposition. It encompasses a reactor system for gas-phase catalysis as well as catalytic materials and their preparation procedures.

Allyl alcohol is an industrially important substance, primarily used as an intermediate in the production of various organic compounds. Current processes for the production of allyl alcohol are based on fossil fuels and thus environmentally unfriendly, and they also tend to be expensive.

Our invention describes a novel process for the efficient synthesis of this bioactive polyphenolic compound from gallic acid esters, such as methyl gallate, ethyl gallate, and propyl gallate.

Packaging for perishable foodstuffs such as meat and cheese must be impermeable to liquids, gasses and light, must not promote the development of microorganisms and should ideally be recyclable.

The invention involves recording of the time in which temperature fluctuates above  the upper or prescribed temperature used for maintaining the items in the cold chain.

The invention describes a process for microwave-assisted chemical recycling of PUFs to polyether polyols by acidolysis or aminolysis, and the process for purification of the recovered polyols.  

Due to the growing concern about the environmental footprint of plastics, one of the key trends in modern polymer science is the development of new materials.

Invention provides a synthetic method to prepare functional macroporous scaffolds composed entirely of synthetic polypeptides by emulsion templating.

The highly porous structures with porosities up to 95 %, low densities (< 0.1 g / cm³) and surface areas exceeding 500 m²/g are properties that distinguish our semiconducting π-conjugated polyelectrolyte (CPE) foams. Combination of such 3D-interconnected macroporous morphology and the photoactive π-electron backbone hold a great promise in the semiconductor-mediated heterogeneous photocatalysis.

Vanillin is one of the most important and widely used flavours not just in the food industry but also in the cosmetics and pharmaceutical industry. The global demand of vanillin is increasing and naturally extracted vanillin covers only small percentage of yearly produced amount of vanillin.

The preparation of ZSM-5 zeolite granulates without inorganic binder refers to a synthetic process for the preparation of highly crystalline zeolite granulates without inorganic binder from amorphous sodium aluminosilicate granules, which falls within the field of inorganic chemical technology.

The use of hydrophilic zeolites in the manufacture of cellulose-based products or cellulose fibres represents a new way of preventing autocatalytic fatty acid oxidation reactions in cellulosic raw materials and cellulose.

The invention relates to the preparation of breathable wash-resistant water- and oil-repellent self-cleaning cotton textiles by sol-gel technology.

Two related production procedures were developed: Preparation of flame retardant PA6 nanocomposites and synthesis of flame retardant polyamide 6 copolymer.