Powertech Pollution Controls Pvt. Ltd.

When metals are heated and melted, welding processes produce welding fumes, a mixture of gases, vapours, and particulate matter that includes microscopic solid particles like metal oxides and welding flux as well as gases like nitrogen oxides, ozone, carbon monoxide, and volatile organic compounds. Welders and others working nearby run the danger of health problems from inhaling these welding fumes. Without proper protection, prolonged welding fume exposure can cause a number of health concerns, such as respiratory troubles, eye and skin irritation, lung damage, cancer, neurological disorders, and metal fume fever. We’ll talk about each one of them in detail in the blog below. Respiratory problems The respiratory system, including the nose, throat, and lungs, might get irritated as a result of welding fume inhalation. Short-term exposure might result in symptoms like coughing, wheezing, and breathing problems. But, chronic respiratory illnesses including bronchitis, asthma, or occupat

Thousands of people lose their lives to breathing. 20,000 people have been reported to die prematurely every day on average as a result of contaminated air! As per the data from the World Health Organization, 99% of the world's population is breathing air that is polluted. This means that no matter where we live, what we do for a living, or whether we breathe indoors or outside, it has an impact on us. Most of the time, the air we breathe is not clean. In fact, India has been reported to be one of the hardest-hit countries, one that is most impacted by air pollution in terms of mortality. Evidence demonstrating how air pollution affects people's health has grown significantly in recent years. This is why, and following a thorough analysis of the available data, the WHO cut its recommended limits for air pollution in half in its most recent report on air quality. Today, along with climate change, which is influenced by air quality, air pollution is one of the biggest environment

  In order to guarantee efficient operation and longevity of machinery and equipment, oil mist prevention and maintenance checks are crucial. Oil mist is a prevalent issue in many industrial workplaces, which may endanger your health and result in explosions or flames. It’s crucial to take action to lessen oil mist at work if you operate machine tools. You must thus keep in mind the following points for effective oil mist preventative maintenance. Lubrication system maintenance To stop the development of oil mist, lubrication systems must be properly maintained. Make sure that the lubricating systems are operating properly and are free of leaks and obstructions. To guarantee appropriate lubrication, keep an eye on oil levels, pressures, and flow rates. Regular Inspection Check the machinery and equipment often for any indications of oil mist collection or leakage. This includes looking around for any oil streaks, oil residue, or oil mist. Determine probable oil mist emission sources, s

To ensure the safety of machine workers, fume extraction systems are installed to capture and regulate welding fumes, smoke, and other airborne contaminants. To prevent overexposure to the smoke and fumes produced during welding and other machining processes, fume extractors are available in a variety of configurations, and are also provided with additional fume extraction arms. Fume extraction arms are designed for collecting the smoke and fumes that are directly above the welding arc. An exhaust hood and blower are used in this kind of source capture system to extract and draw contaminated air into a controlled filtering system, where it is cleansed and either expelled outside, away from the factory, or back into the facility. Fume arms, a form of source capture device, are extremely efficient at reducing welding fumes and other air contaminants while consuming less energy. Fume extraction arms are a great option for a variety of applications since they are simple to mount to ceiling

  Welding Fume Extractor Filters Filters are a crucial part of every  welding fume extractor . They entrap airborne particles that your welding fume extractor has managed to capture. Fume extractors frequently include many filters in order to filter out as many contaminants as possible because many welding and grinding procedures today use materials that are carcinogenic. We will look at the many types of filters that are frequently used in welding fume extractors in this blog. Types of filters Understanding the many types of filters that may be included in a fume extractor is essential to ensuring that the equipment is maintained correctly. Pre-filter: Before they enter the “paper” (a fibre weave) medium, bigger particles are caught by the pre-filter. Main filter: These are used to catch the majority of dust particles from metalworking operations like grinding or welding. After filter: The after filter is intended to catch very minute particle after the fumes pass the main filter. Fil

If you’re in the steel welding industry, you should be concerned about the dangers associated with the processes involved. Whether it is the welder, or anyone else who works within the premises where the welding process takes place, each one can be affected by the hazardous gases produced when the metal is welded. The harmful gases can be produced directly from the structural steel, and also by chemical reactions from the air. Structural steel – The pros and cons Structural steel is a low-carbon, non-alloyed or low-alloyed steel that is not heat-treated, or only partially treated. This type of steel is used in construction, bridge building, mechanical engineering, ship building, and other such constructional industries. The reason behind such wide usage of structural steel is its mechanical strength, toughness, durability, and affordability. However, despite all these benefits, one must be careful while working with the metal because the side-effects of welding such a metal remain q