Hospitals and other healthcare facilities are where people go to when their immune systems are at their weakest. Their bodies may be fighting a flu virus or cancer or have open wounds making them extremely vulnerable. This is no time for pathogens to be wafting about in the air and HVAC systems. One virus or bacterium landing on an open wound can cause an infection that could be life threatening or cause an otherwise successful operation to go very badly for the patient.
The Big Challenges With Indoor Air Purification. Using an Indoor Air Purification system without having accurate outdoor air pollution & pollen data is like an amateur reporter telling only half the story.Are you showing your customers the air pollution right outside their door?
Due to the continuous rise in the waste volumes worldwide it is essential constantly to seek alternatives to landfills and waste incineration: one suitable approach is bio-mechanical waste treatment. Apart from waste management, applications for air purification systems in this field range from soil remediation to sewage sludge drying in waste water treatment, as well as to the recycling of resources and their possible re-introduction.
Soldering enables the joining of metal parts by melting a filler metal to attach wires and other metallic components. The fumes generated from melting solder especially solder containing Lead or Tin present are dangerous and require local ventilation to remove harmful smoke from the work area. Soldering application need to be properly ventilated to prevent toxic fumes from reaching the worker`s breathing zone.
Using any coated abrasive for sanding, polishing, or finishing introduces small amounts of both surfaces into the air. The particle size of the dusts produced in this application depends significantly on the abrasive’s grit size and composition, as well as the material being worked. Wood, metal, or plastics dusts each have specific health risks if inhaled.
Additive manufacturing continues to experience rapid growth as companies invest in 3D printing equipment capable of producing plastic and metals based parts. The 3D printing process generates toxic fumes and airborne dust when operators are post-processing and finishing parts.
Do you require painting or coating applications as part of the manufacturing or service process in your workplace? Industrial painting & coating are known to produce dangerous by-products such as VOCs (volatile organic compounds) and dust. Proper ventilation and filtration is a must, as working in close proximity to the fumes and particles created by the painting and coating process cause devastating health effects.
Laser and plasma cutting are two industrial applications that are used for a range of different projects. Laser cutting uses a focused laser beam that’s directed at the material to be cut, then vaporizes or melts it to create the finished surface or edge. Plasma cutting uses a jet of high velocity ionized gas that conducts electricity from the plasma cutter to the material. The work material is heated and melted, and the molten metal is blown away. Laser and plasma cutting are efficient ways to accomplish...
Any industrial work application that includes grinding and deburring is going to create dust that requires immediate filtration. Whether it is an angle grinder, die grinder or an automated grinding machine, dust and particles will pollute your workplace unless they are captured and filtered at the source. The key is to remove dust and particulate before it reaches the breathing zone of nearby workers. Depending on the nature of the work application, grinding and deburring can create airborne metal, composite,...
Poisonous gases, fumes and sparks are created anytime metals are welded together. It doesn’t matter what type of welding equipment is used or what type of metal is being welded. The fact that welding is among the most common industrial processes means that air filtration for welding and robotic welding is an important topic.
The Applied Catalyst Activated Carbon Monolith (ACM) and Activated Carbon Monolith Catalyst (ACMC) are used in commercial and residential systems for air purification. Over time, HVAC systems recirculate a wide array of nuisance substances such as allergens, bacteria, mold spores, and volatile organic compounds in the form of smoke or odors. The Activated Carbon Monolith has the ability to capture and trap those substances to prevent them from being recirculated in the air that you and your loved ones breathe.
Example: Packaging. Similar tasks: Coating, Automobile industry, paint production.Different production processes lead to decentralised ventilation of emission sources. These decentralised ventilations are consolidated within a central air pollution control system.
Fossil fuel, hydropower as well as nuclear energy continue to be the world`s predominant energy resources. Increasing efforts are being invested in the securing of new fonts of energy. Extensive industrial research opens a broad variety of new applications for air purification.
Few industries attract the attention of the public as does the oil & gas industry with its related strategic products (basic materials for the chemical, pharmaceutical, varnish and cosmetics industries). The bringing of oil and gas from their original sources to the consumer, into their final forms, represents one of the most complex chains in the quest to add value to raw materials.
Whether you call it lean manufacturing or Just-in-Time (JIT) manufacturing, eliminating waste isn’t a new concept for bottom-line minded manufacturers. But, it isn’t easy to reduce operating costs while creating more value for your customers. This is especially the case for welding, sanding, painting, or other processes that produce harmful air contaminants and create production bottlenecks for larger construction projects. What if you had a portable, clean air solution to protect your employees from...
Quality of life and well-being are, more than ever, important issues for consumers. The `wellness` concept has changed the food industry: Today, all food manufacturers are committed to increasing the nutritional value of their products, while constantly improving the taste. Their innovations require continuously inventive solutions in air pollution control.
Ironically, transit facilities such as airports, bus stations, and train stations are threatened by vehicle exhaust, road dust, crowds of people, and high levels of traffic. The soot from diesel exhausts consists of tiny particles that get caught in lungs and can cause health problems. Partially burned fuels contain carcinogenic hydrocarbons. Inside airports, for example, there are food courts, round-the-clock cleaning operations, and outside air pollution entering with the ventilation air. Some airports have...