Archives: Application Solutions

According to the pharmacopoeia recommendations, we have several instruments that can be used for the characteristic analysis of pharmaceutical powder materials, such as particle size, porosity, skeleton volume, skeleton density, and vapor hygroscopicity analysis.

To simulate the underground high pressure condition, BSD developed a series of high pressure adsorption analyzers, which covers high range of pressure upto 20Mpa/69Mpa, high temperature setting and various functions of high pressure isotherm, kinetic analysis, programmed temperature desorption.

Gas separation membrane characterization primarily involves measuring the permeability and selectivity of a membrane towards different gases, essentially assessing how effectively it allows certain gases to pass through while hindering others, with key factors like membrane morphology, pore size, and interaction with gas molecules playing a crucial role in the separation process.

To characterize the adsorption properties of catalyst materials, proton exchange membrane and carbon paper in fuel cells using physisorption and chemisorption techniques. The test will contribute to identification of optimal catalyst compositions and surface areas for improved fuel cell performance, understanding of the physisorption and chemisorption mechanisms in fuel cell catalyst materials and Development of guidelines for the design and optimization of fuel cell.

Hydrogen storage using metal hydrides is a highly efficient and safe method for storing hydrogen. This solution focuses on optimizing the adsorption process with metal hydrides to maximize storage capacity and efficiency.

Porous materials are solids with numerous pores, consisting of a fixed structure and a gas-filled fluid phase.