
Research and Development
confinedspace
Our Experts team has the courage, vision, passion, diversity and cutting-edge synthetic process resourcefulness to deliver on this promise wherever and however the world needs it.
Xi'an Confined-space Technology Co., Ltd, established in 2023, is mainly engaged in the research, development and production of molecular sieves such as zeolite, mesoporous silica material, aluminum oxide and etc. and provides technical support and information consultation for the design and application of corresponding materials. The company's founder and R&D team have been engaged in research on the preparation of zeolites molecular sieves, silica-based mesoporous materials, mesoporous aluminum oxides and other porous materials, physical and chemical property characterization and performance control, as well as their scale-up production and industrial application for more than ten years. We have completed the scale-up production and industrial pilot application of a series of products. Products are widely used in many fields such as environmental protection, petrochemicals, coal chemicals, gas separation, automobiles, electronics, refrigeration, building materials, insulating glass and biomedicine.
confinedspace
confinedspace
confinedspace
confinedspace
Zeolites are being studied extensively as heterogeneous catalysts that can be recovered and recycled with greater ease and lower expense, leading to less waste and fewer byproducts.
Zeolites are widely used as catalysts in the refining of crude oil into finished petroleum products.
Zeolites are increasingly finding use in the production of petrochemicals, often replacing environmentally unfriendly catalysts.
The unique properties and selectivities of zeolites can provide effective solutions for environmental pollution by minimizing the production of pollutants and by secondary treatment of the effluents produced.
Zeolite is a group of microporous, crystalline aluminosilicate materials, balanced with cations. Conventional zeolites are commonly used as commercial adsorbents and catalysts.
Conventional zeolites are usually in micron size. Colloidal zeolite refers to the zeolite particles which is able to uniformly and stably float in water to form suspensions. Colloidal zeolite usually has particle sizes smaller than 100 nm.
The zeolite additive is constituted of internal holes/cages, suitable for encapsulating cations and molecules. Functionalities can be designed either by purposely filling these holes with appropriate active molecules/ions or the empty cages can be used to remove ions/molecules from the environment. These colorless, odorless, almost invisible additives can be delivered as sprays, surface coatings and can be incorporated into polymers and textiles with different form factors.
The R&D team at ZeoVation has strong zeolite R&D background. The CTO of ZeoVation is retired Distinguished Professor at The Ohio State University with more than 40 years of R&D experience on zeolites. The CEO of ZeoVation has more than 10 years experience on zeolite research and commercialization. At ZeoVation, we provide consulting services and partnership in zeolite related product development projects..