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Oil Mist Collector Maintenance: Filter ON’s Expert Tips for Optimal Performance

Oil Mist Collector Maintenance: FilterON’s Expert Tips for Optimal Performance

In filtration industries, oil mist collectors play a vital role in collecting mist particles generated during the machining process, but do you know how to maintain an oil mist collector for optimal performance? What are the maintenance guidelines, i.e., tips to follow? We will see in today’s blogpost how one can clean and maintain an oil mist collector for optimal performance with Filter ON’s Maintenance Tips Guide.

Why do oil mist collectors need maintenance?

Proper maintenance of mist collectors is crucial for preventing safety hazards in the work environment. These devices capture harmful particles, preventing them from entering the workplace. Inadequate maintenance can lead to filter clogging and equipment failure, posing safety risks as well as the risk of costly component failures in the mist collectors. Regular maintenance of the oil mist collector ensures its optimal performance, which prevents escalating issues at the time of use and ensures workplace safety for workers.

Technology Wise: Oil Mist Collector Maintenance Tips

Every oil mist collector has different types of technology used, such as ESP (electrostatic precipitator) and mechanical/centrifugal mist collectors.

Want to know about health hazards related to welding fumes? Click here to read more.

Electrostatic Precipitator Technology:

If your mist collector is based on ESP technology, then you need to follow these maintenance tips:

  1. Stir uniformly for 5 to 10 minutes to form a homogeneous solution.
  2. Dip or soak the ESP Cell (Stack) for 25 to 30 minutes in this homogeneous solution. (As per Clogged ESP Cell Condition & Stickiness of the Dust Particles in It).
  3. Remove the ESP Cell (Stack) from this solution and use a spray or gun to wash it with normal high-pressure water for 15-20 minutes. (The pressure limit is not more than 4 bars.)
  4. After properly washing the ESP cell, you must dry the ESP cell (stack) in direct sunlight or using compressed air (the pressure limit is not more than 3 bars).
  5. Dry it completely, make sure, and then install Stack in the ESP Cabinet.

  • Filter ON -1 Cleaning Powder
  • Large- volume water tanks open on top with drain provision at bottom.
  • Dedicated cleaning location and drainage facility.
  • High-pressure water
  • Compressed air
  • Material Handling Provision: Forklift/stacker, trolley, etc.

Every 1000 hours of operation and more often if the working conditions require it, clean the exterior and the suction mouth of the mist collector.

Programmed Maintenance:

In order to ensure the maximum efficiency of the air filter, it is necessary to undertake preventive programmed maintenance at regular intervals.

Filter, Seals, and Rotors Maintenance:

Cleaning the filters:

Careful and regular cleaning of all the internal parts (shell, drainage pipe, drainage ring, etc.) ensures high performance and long life of the air filter.

It is also important to routinely inspect the inside of the centrifuge and the turbine blades to remove any potential deposits of metal fragments, sludge, or other debris that might lead to a loss of balance in either the centrifuge or the turbine. to get rid of any potential deposits of sludge, metal particles, or other debris that might throw the centrifuge or turbine out of balance.

For the internal cleaning of the air filter and the rotators (either turbine or centrifuge), use a clean brush saturated in a mild industrial detergent solution. Alternatively, standard liquid soaps can be used. Should the dirt be very resistant, it is advisable to remove the rotor, use an alternative cleaning solution, and allow the centrifugal device to dry in the open air or dry with a jet of compressed air.

Structural Checks Required Yearly:

Each year:

Verify that the anti-vibration joints' nuts are securely tightened.

Every year:

Check the condition of the safety tie rods.
Check the good condition of the mist collector shell.

Every 4 years:

Replace the anti-vibration joints.

Benefits of Routine Maintenance of Oil Mist Collector Systems:

  • Worker safety and well-being.
  • Organizations bound by compliance.
  • Durability of Equipment
  • Operational Efficiency

In conclusion, centrifugal and ESP filter cleaning guidelines must be adhered to, and routine maintenance of oil mist extractors is crucial. This will allow workers to breathe clean air and extend the equipment's lifespan in compliance with regulatory standards and regulations.

Please contact us if you have any questions about fume extraction maintenance.
Email us:
customersupport@filter-on.com.

Visit  blogs to learn more about the critical features of clean air system design and air pollution control systems created by Filter On India.

Filter On India has been working towards “Mission Zero Pollution” for the last 40+ years as a clean air solutions partner for industries. We specialize and have expertise in welding fumes, oil mist, coolant mist, dust collection, soldering, laser marking, laser cutting, plasma cutting, fumes in fastener manufacturing, ball point tip manufacturing, oil quenching, kitchen fumes, etc. Filter On has 70+ clean air solutions, so you can contact us for more information about our solutions. You can reach us through the web or visit us at our corporate office at Pune and our virtual locations at Delhi, Bangalore, Ahmadabad, Hyderabad, or Chennai locations.

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Breathable Workspaces: Understanding PM 2.5 and PM10 Pollution

Breathable Workspaces: Understanding PM 2.5 and PM10 Pollution, Knowing Safety Limits, and Implementing Solutions for Worker Health

Today, air pollution is a very sensitive subject for everyone. In every country, cities, and now small villages, are also affected by air pollution due to various pollutants. PM2.5 and PM10 are two of the major pollutants. In industrial environments, PM2.5 and PM10 are present due to various industrial processes. In this article, we are discussing PM2.5 and PM10 as pollutants, their impact on industrial workers, safety and solutions to overcome pollution from them, and government norms and regulations about PM2.5 and PM10 in an industrial context.

What are PM 2.5 and PM 10?

Particulate matter (PM) is a fine, microscopic matter suspended in air or water. PM2.5 and PM10 are the two types of particulate matter.

What is PM2.5?

Particulate Matter (PM) 2.5 is a very small particulate matter with a microscopic size of 2.5 or smaller.

What is PM10?

Particulate Matter (PM) 10 is a small particulate matter with a diameter of a microscopic size of 10 or smaller.

PM2.5 and PM10 as pollutants

PM2.5 and PM10 are small particulate matter that is totally microscopic, so they are inhaled by humans.

PM2.5 Sources

Natural Sources:

>> Forest Fires
>> Volcanic Eruptions
>> Earthquakes

Artificial Sources

Industrial Sources :

Industrial sources include paper pulp industries, oil refineries, brick kilns, power plants, municipal waste treatment plants, industrial fossil fuel burning, and gasoline sources such as sulfur dioxide and nitrogen oxide.

Household Sources :

>> Construction Sites
>> Smoking
>> Cooking, Frying, and Not Maintaining Kitchen Chimneys
>> Wood Burning
>> Biomass Burning

Emissions

>> Emissions from Vehicles

PM10 Sources :

There are various sources of PM10 pollution.
The natural sources include sea salt, dust, etc., whereas man-made sources are as follows:
  • smoke, dust, and dirt from unsealed roads, construction, landfills, and agriculture

  • pollen

  • mold

  • smoke from wildfires and waste burning

Industrial Sources

>> materials handling
>> crushing and grinding operations
>> power generation

In the home, PM10 comes from many sources, some of which are as follows:

>> outdoor sources leaking in through spaces around doors and windows

>> stoves

>> space heaters

Apart from these sources, some of the industrial processes also produce PM2.5 and PM10.

Welding :

Welding is a general process that is carried out in most manufacturing industries. During the welding process, PM2.5 and PM10 are generated when hot metal vaporizes, cools, and condenses into small, solid metal particles. Welding aerosols can be coarse (PM 2.5–10) or fine (PM 0.1–2.5). Welding produces visible smoke that contains harmful metal fumes and gas by-products. Welding workers are exposed to significant amounts of the metal fume PM2.5 during the welding process.

Plasma Cutting-

Plasma cutting generates the highest concentrations of PM2.5. Most aerosols generated during plasma arc cutting are PM 2.5. The fumes and gases generated by plasma cutting depend on whether the cutting is dry or wet.

Some of the other processes are also responsible for PM2.5 and PM10 generation, like diesel exhaust.

Health Effects of PM 2.5 and PM 10.

Particulate Matter (PM) 2.5 and 10 have very serious health effects on humans, mainly those who are most in contact with them. In industries, these pollutants are generated from various industrial processes such as welding, brazing, cutting, etc. So the adverse health effects of these pollutants are as follows:.

Short-term health effects of PM10 can include:

>> Difficulty breathing
>> Coughing
>> Eye, Nose, and Throat Irritation
>> Chest tightness and pain
>> Fatigue
>> General Respiratory Discomfort

Long-term exposure to PM10 can cause more serious health concerns, such as:

>> Lung tissue damage
>> Asthma
>> Heart Failure
>> Cancer
>> Adverse birth outcomes
>> Chronic obstructive pulmonary disease (COPD)
>> Premature death

Health Effects of PM2.5

>> Short-Term Health Effects of PM 2.5
>> Irritation of the throat and airways
>> Coughing
>> Breathing Difficulty

Long-Term Health Effects of PM 2.5

>> Heart and lung disease
>> Bronchitis
>> Emphysema
>> Nonfatal heart attacks
>> Irregular heartbeat
>> Asthma and more intense flare-ups
>> Decreased lung function
>> Early death

Safe Limits for PM 2.5 and PM 10.

There are two types of absorption limits for PM 2.5 and PM 10, as follows:

>> General (Ambient Air) Absorption Limits for PM2.5 and PM 10
>> Industrial Processing Absorption Limits for PM2.5 and PM 10

General (Ambient Air) Absorption Limits for PM2.5 and PM 10

As per CPCB India’s Central Pollution Control Board’s norms, the general (ambient air) absorption limits of PM 2.5 and PM 10 are as follows:

Industrial Process Absorption Limits for PM 2.5 and PM 10.

The industrial process absorption limits for PM2.5 and PM10 as per OSHA standards are as follows:

Solutions to PM 2.5 and 10 in the Industrial Environment

Many countries seek to reduce PM2.5 and PM10 air pollution. For example, in 2019, India joined the United Nations Climate and Clean Air Coalition with the stated goal of reducing particulate matter pollution by 20 to 30 percent by 2024. The country launched the National Clean Air Program in mid-2019.

Solutions on PM 2.5 and PM 10 for Industries

Use Eco-Friendly Process Materials: Industries must use eco-friendly process materials for their processes, such as in welding, where we must use water-based fluxes or electrode coatings, which can reduce the environmental impact of welding. These materials help reduce the fumes generated and waste produced during the welding process.

Use Industrial Air Filtration Systems: Industrial air filtration systems such as welding fume extractors, oil mist collectors, laser marking fume extractors, soldering fume extractors, and dust collectors must be used for air filtration in an industrial work environment to reduce the impact on workers of PM 2.5 and PM 10.

Use Monitors for Measurement of PM2.5 and PM10 Pollution in Industries: Use PM2.5 and PM10 monitors for measurement of the severity of workers health.

Use PPE Equipment While Working: Use personal protective equipment like masks, helmets, hand gloves, and PPE attire while working to reduce PM 2.5 and PM 10 exposure.

Reduce Burning Fossil Fuels: Reducing fossil fuel use and switching over to renewable energy sources can reduce the exposure to PM2.5 and PM10 in industries because the burning of fuels is a major source of PM2.5 and PM10 pollution.

Reducing the use of wood burning: reducing the burning of wood is the best solution to reducing PM2.5 and PM10 pollution.

Filter On India has been working towards “Mission Zero Pollution” for the last 40+ years as a clean air solutions partner for industries. Filter On has 70+ clean air solutions, so you can contact us for more information about our solutions. You can reach us through the web or visit us at Pune, Delhi, Bangalore, or Chennai locations.