Filter elements remove solids, contaminants, mechanical impurities such as sand, metal chips, dirt and sludge that can damage equipment and disrupt system processes.
Preventing equipment damage:
Contaminants can cause damage to pumps, compressors, valves, piping and other system components. Filter elements protect these components from wear and tear, extending their service life.
Maintaining fluid quality:
The use of filter elements helps maintain consistent fluid or gas quality, which is important for the efficient operation of all systems such as drilling, production, processing and transportation of oil and gas.
Reduced energy loss:
Contaminating particles can create resistance in the fluid flow, resulting in energy loss. Cleaning the fluid with filters helps maintain optimal pressure and flow, which reduces operating costs.
Environmental friendliness:
Filtration prevents contaminated fluids from entering the environment, which helps meet environmental standards and prevents water and soil contamination.
Types of filter elements:
Mechanical filters:
Use a variety of materials to trap large particles such as metal, sand or dirt. These filters are often used in systems where mechanical impurities need to be removed.
Membrane filters:
Utilize membranes with micro- and nanoscale pores that provide a higher degree of purification, including the removal of viruses, bacteria, and fine particles.
Absorption filters:
Used to remove dissolved substances such as chemical impurities or oils. These filters are commonly used in water and petroleum product purification systems.
Mesh filters:
These are filters with a mesh design that remove solids of a certain size. They are often used in systems for coarser purification.
Cartridge filters:
These filters contain replaceable cartridges that effectively filter a liquid or gas at a specific stage of processing or transportation.
Benefits of using filter elements:
Protecting equipment: Filter elements help protect pumps, compressors, valves and other components from damage, extending their life.
Maintaining stable system operation: Purification of working fluids and gases prevents pressure fluctuations and disturbances in the system, ensuring smooth operation.
Cost savings: Reducing the need for equipment repair and replacement, and improving system efficiency.
Environmentally friendly: Filtration prevents environmental pollution and compliance with environmental standards.