The advanced Micropore Analyzer (Model: MPA-100) with sophisticated technology, employing both Liquid Displacement and Capillary Flow Porometry, proves to be highly effective in evaluating the absolute/nominal micron rating, pore size distribution of a wide range of filters and membranes used in oil & gas application such as product filtration, pipeline filtration and terminal filtration. It is an indispensable tool which helps researchers and industrial professionals in selecting filters with suitable pore size for specific applications and separation needs.

The Nanopore Analyzer (Model: NPA-500) distinguishes itself as a state-of-the-art Pore Size Analyzer, equipped with remarkable capabilities. Its advanced technology, leveraging both Liquid Displacement and High Pressure Capillary Flow Porometry to determine absolute/nominal micron ratings, pore size distribution, for evaluating the performance of a wide range of filters such as high efficiency filters, membrane filters for the precise filtration. It is an indispensable tool which allows researchers and industrial professionals to select high-performance filters, maintain quality standards, and meet regulatory requirements in oil & gas exploration and production.

The Diffusional Permeability Analyzer (Model: DP-500) is an advanced instrument used to measure the permeability of membranes used in gas filtration/separation processes. These membranes selectively allow certain gasses to pass through while blocking others based on their permeation rates. By measuring the permeability of different gases, researchers can determine the selectivity of the membrane. This information is essential for designing and optimizing membranes for gas filtration/separation processes in gas purification and carbon capture.

The Oil Permeability Analyzer is a sophisticated instrument designed to measure the rate at which oil passes through samples under controlled conditions. By a constant pressure difference across the specimen and measuring the flow of oil, the oil permeability of the sample can be calculated. This method provides accurate and reliable data on oil permeation characteristics, essential for assessing the performance of various oil filters. By providing accurate measurements of oil permeability, this analyzer contributes to improving efficiency, safety, and sustainability across different stages of oil exploration, production, and processing.

The Gas Permeability Analyzer (Model: GP-100) is a sophisticated instrument designed to measure the rate at which gasses pass through samples under controlled conditions. In the oil & gas industry, the GP-100 is essential for evaluating the permeability of various materials such as membranes and filters. By providing accurate measurements of gas permeability, our GP-100 contributes to improving efficiency, safety, and sustainability across different stages of oil & gas exploration, production, and processing.

The Density/Porosity Analyzer, also known as Helium Pycnometer is an scientific instrument specifically designed to measure the true density and porosity of various materials such as petroleum coke, solid pitch, reservoir rocks etc. This analyzer plays a crucial role in various aspects of oil & gas exploration, production, and refining, helping to optimize processes and improve efficiency. By accurately measuring the true density and porosity, researchers can ensure the physical characteristics of a wide range of materials, helping in reservoir evaluation and production operations.

Surface Area Analyzer, also known as a Gas Adsorption Analyzer is indispensable in the oil & gas industry for characterizing catalysts, adsorbents and other porous materials. They provide key information such as specific surface area, pore size distribution, and adsorption behavior of sample material. This data is crucial for optimizing processes, ensuring quality control, and developing new materials for various applications in oil & gas production and refining processes.

Particulate Filtration Efficiency Analyzer (Model: PFE-50) plays a crucial role in the oil & gas industry by ensuring the effectiveness of various filters used to remove particulate contaminants from various fluids and gasses. PFE-50 helps in assessing the performance of oil filtration systems, thereby protecting critical equipment from damage and minimizing downtime and maintenance costs. By analyzing the performance data provided by PFE-50, operators can fine-tune filtration parameters and improve overall process efficiency and productivity.