工业天然气过滤器

Our Natural Gas Filtration Solutions:

Keep your operations running clean and reliable with Graver Technologies’ natural gas filters. Designed for the toughest environments, our filtration systems protect turbines, pump stations, and distribution networks from damaging contaminants—ensuring peak performance, efficiency, and uptime. Here are our offerings in natural gas filters:

1. CP Series Compressed Gas Filters: These ASME Code-designed and constructed compressed gas filters are designed for efficient filtering of high-pressure process gas streams to remove product or by product solids.

2. CP-LT Series Compressed Gas Filters: The CP-LT series is the light version of our industry leading ASME code stamped CP series filter, and is specially engineered for natural gas distribution applications. This non-code product line is designed and manufactured within our ASME code environment, and can be code stamped if needed.

3. AGS Series Compressed Gas Coalescing Filters: Protect your turbines and process equipment with the AGS Coalescing Filter from Graver Technologies. Designed to remove liquid and aerosol contaminants that degrade efficiency, the AGS ensures cleaner gas flow, reduced maintenance, and sustained performance—keeping your operation running at peak reliability.

Key Features of Our Natural Gas Purification Filters

Engineered for performance and protection, Graver Technologies’ natural gas filters provide critical contaminant removal to safeguard turbines and downstream equipment. Our proven filtration technology maintains gas purity and reliability—supporting optimal system performance across power generation and industrial gas applications. Key features include:

1. High-efficiency filtration: Our filters remove solid and liquid contaminants as small as 0.3 microns, achieving over 99% efficiency to protect downstream equipment and maintain system integrity.

2. Durable construction: Available in materials such as carbon steel, 304, and 316 stainless steel, our filters are designed to withstand harsh operating conditions, ensuring longevity and reduced maintenance.

3. Versatile media options: We offer a range of media, including fiberglass, polyester, Teflon, and Nomex, allowing customization to meet specific application requirements.

4. Compliance with industry standards: Our filters are designed and constructed in accordance with ASME Code and PED 97/23/EC, ensuring safety and reliability in various industrial applications.

5. Customizable designs: We provide modified and custom designs to meet specific application requirements, with design pressures ranging from 180 psi to 1440 psi.

Applications of Natural Gas Filtration Solutions

They are widely employed for the following applications:

1. Gas exploration and production: During natural gas extraction, raw gas often contains solids, liquids, and other impurities. Our natural gas particulate filters remove these contaminants, preventing damage to downstream equipment and ensuring optimal performance in compressor stations.

2. Amine sweetening units: In the amine sweetening process, where acid gases like hydrogen sulfide and carbon dioxide are removed, our industrial natural gas filters protect the amine solution by eliminating solid impurities and minimizing contamination in downstream processes.

3. Glycol dehydration units: In glycol dehydration units, removing water from natural gas is essential. Graver's inline natural gas filters safeguard the glycol by filtering out solids, preventing foaming, and maintaining the system's efficiency.

4. Compressor stations: Compressor stations are crucial for maintaining pressure in natural gas pipelines. Our gas turbine inlet filters provide effective filtration, preventing contaminants from fouling the compressors and ensuring smooth, reliable operation.

5. Fuel gas systems: Natural gas used in industrial fuel systems needs to be free of impurities to prevent damage to burners and improve combustion efficiency. Our natural gas dust removal filters ensure the fuel is clean, providing protection and maximizing the efficiency of the equipment.