Tag: فیلتراسیون هوای فشرده صنعتی

What Information Do You Need for an Initial Filter Selection?

This practical article summarises which information you should collect before making an initial filter selection in an industrial system. It covers fluid type, filter location and downstream sensitivity, operating pressure, flow and temperature, contamination profile, installation and maintenance constraints and basic life-cycle cost considerations, so that filter choices can move from guesswork to data-driven, technically sound decisions.

A Simple Checklist for Periodic Filter Inspections in Industrial Plants

This article presents a clear, practical checklist for routine filter inspections in industrial plants. It covers which filters to include, what to look for in daily and weekly visual checks, which technical indicators to log in monthly inspections (such as differential pressure and running hours) and what to record when filter elements are replaced, so that filter maintenance becomes a consistent part of preventive maintenance rather than an ad-hoc reaction to failures.

Introductory Overview of the Oil Separator’s Role in Compressed Air Quality

This introductory article explains how the oil–air separator in oil-injected compressors influences compressed air quality, how it affects oil carryover, filter and dryer lifetime and overall system efficiency, and why paying attention to separator condition is essential for keeping oil contamination under control and reducing operating costs.

Introduction to the Main Types of Air Filters in Screw Compressors

This introductory article explains the main types of air filters used around screw compressors – from the air intake filter to in-line and point-of-use filters – and shows how each one helps protect the compressor, improve compressed air quality and reduce the risk of failures and efficiency losses. It also highlights simple, practical tips for selecting and maintaining these filters.

Basic Concepts of Pressure, Flow and Compressed Air Quality

This introductory article explains the three key parameters in industrial compressed air systems – pressure, flow and air quality – in simple, practical language. It shows how incorrect pressure settings, lack of sufficient flow or poor air quality can affect production performance, energy consumption and equipment lifetime, and outlines basic actions to start optimising a compressed air network.

Compressed Air Basics – An Introductory Guide for Engineers and Technicians

This introductory article explains what compressed air is, why pressure and flow matter, which contaminants are present in industrial compressed air and how proper filtration, oil separation and drying help protect equipment and product quality.

Guide to Selecting and Classifying Air and Oil Filters in Industrial Systems

This article explains, in practical terms, what types of air and oil filters are used in industrial systems, how they are broadly classified and how to choose the right filter based on contamination type, filtration class, pressure drop and operating conditions, so you can protect equipment and avoid unnecessary downtime.

Preventive Maintenance Planning for Filters and Separators

This comprehensive, practical article shows how to design a preventive maintenance program for filters and separators in compressed air and oil systems. It covers asset mapping, criticality assessment, the use of differential pressure and oil carryover as decision criteria, how to set and refine service intervals based on real site conditions, and how to avoid common mistakes that lead to higher energy use, poor air quality and unnecessary failures.

Principles of Oil–Air Separator Operation and Key Selection Criteria

This introductory article explains, in clear and practical language, how the oil–air separator in an oil-injected screw compressor works, what oil carryover and pressure drop mean in real operation and which key technical points you should consider when selecting and maintaining a separator to protect equipment and improve compressed air quality.

Technical Framework for Selecting Filters and Separators to Match Operating Conditions

This comprehensive article presents a practical technical framework for selecting filters and oil–air separators that truly match real operating conditions. By starting from required air or fluid quality, analysing pressure, flow, temperature and contamination type and then comparing options in terms of filtration class, pressure drop, material compatibility and maintenance strategy, it shows how to move from empirical, price-driven choices to technically sound, economically optimised decisions.