Camfil’s air filtration solutions play a vital role in the pharmaceutical process chain, where a constant flow of clean air is imperative – lives may depend on it.
We’ve done the research. Get the most thoroughly tested, energy-efficient particulate and molecular solutions for pharmaceutical air filtration. Camfil products can help you comply with the toughest regulations, control contaminants, protect products and equipment, and safeguard patients, lab researchers and plant workers.
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For protection and strict standards in aseptic processing cleanrooms, turn to Camfil for air filtration solutions for the biopharmaceutical and medical devices industries.
Keep your laboratories the safe places they are meant to be. Meet critical safety and reliability requirements and mitigate risk with Camfil’s extensive range of biosafety solutions..
Comply with the stringent health and safety requirements in pharmaceutical production while meeting mandatory quality requirements.
During certain procedures surgeons can be exposed to aerosols. Learn how Camfil worked with a team of researches to help develop protect the breathing zones of surgeonsAir cleaners and air purifiers Life science and healthcare
Camfil provides a steady supply of respiratory masks to Sweden’s hardest-hit region. We are currently delivering 100,000 respiratory protection masks each week to the local health authorities in Stockholm area. These will be distributed to frontline health workers across the region. In total, we will produce 5 million respiratory protection masks.
CamCarb VG modules with loose-fill media are robust solutions suited for make-up air (outdoor air) and recirculation air systems. The primary use is the control of acidic gases that are responsible for the corrosion of electronics and electrical equipment in heavy process industries such as pulp and paper mills, petrochemical refineries, mining and metal refining operations, and wastewater treatment plants.
G-CON Manufacturing, a mobile cleanroom provider, and Camfil recently partnered to provide their leading-edge technologies together to meet the needs of a well-known pharmaceutical customer.
When a major biopharmaceutical company began to experience problems with leaky filters in its R&D lab, it turned to Camfil’s award-winning EnerGuard™ filters for help. The result? Purpose-built filters with close to 100% efficiency, zero installation failures, minimal unplanned filter changes – and significant savings in time and energy.
Awareness and regulations in the life science and pharmaceutical processes are essential as critical molecules in the mistaken place can cause failure of the production process which can be extremely harsh to the outcome. In the pharmaceutical and life science industries, clean rooms and laboratories are often used for various purposes. These cleanrooms are subject to a high level of cleanliness of numerous particles and molecules
Clean air plays an imperative role in the life science, healthcare and pharmaceutical process chain. Many studies have inferred that in moderate levels of air pollution the damage to human health is irreversible. In the life science industry where biological life or living organisms are at play, it is vital to maintain utmost hygiene along with superior indoor air quality. Camfil’s high-efficiency air filtration solutions are used by many global life science industry specialists in cleanrooms, production areas, and laboratories, including many global biosafety labs around the world.
the technical service department at Deventer hospital received complaints several times a year about unwanted diesel odours in different parts of the hospital building. Headaches was one the key problem among the laboratory staff. In operating rooms, the problem was significant because the air is circulated directly from the exhaust vent onto the operating table.
In a scientific debate, WHO has acknowledged that in the case of COVID-19, airborne transmission could not be ruled out in crowded, closed or poorly ventilated settings. Scientists across the world are looking for more evidence as it may affect many guidelines in the crowded indoor environment.
Every business depends on its surrounding environment and understanding the needs truly depends on identifying the problems. One fact that will remain unchanged even after the COVID-19 pandemic storm settles is that 'air travels'. It is important to highlight the potential risks surrounding the business such as air pollution.
Activated carbon (also known as activated charcoal) is an exceptionally versatile material that can control the vast majority of molecules that pollute the air – that’s more than 150 million catalogued chemicals.
We have gathered the most frequently asked questions about the Coronavirus (COVID-19) and filtration.
HEPA filtration is required in a range of different Industries from Pharmaceuticals, Hospitals, Microelectronics and even the Food and Beverage Industry. Learn about the changing trends in HEPA filtration requirements, How HEPA filtration has advanced over the last number of years and how to identify and reduce the associated costs to your clean air requirements
Combating the virus in the air. Maintaining a good level of hygiene and covering the mouth with a mask are good ways to stay protected but is this enough? Maintaining a hygienic and sanitary environment along with protection from those infected are vital as the virus thrives in contaminated conditions.
Filtration is a physical, biological or chemical operation that separates solid matter – and sometimes fluids – from a mixture with a filter medium that has a complex structure through which only certain elements of the air (or fluid) can pass.
The new Absolute V HEPA range of air filters is all about making your life simpler, safer and more eco friendly. This is achieved by offering you filters that are extremely light-weight, robust and easy to handle. Filters that provide world-leading protection for your operations.
Camfils Megalam EnerGuard utilises the best features of all HEPA media types. EnerGuard incorporates the long life properties of glass fiber with the low energy consumption of membrane media to ensure optimal performance.
In domestic situations, dust can often be swept under the carpet, both figuratively and literally. This is not the case on construction sites and in factories where dust is a health threat that can, at its extreme, result in fatalities.
Case Study: St James Hospital Prevents Aspergillus. Healthcare facilities must maintain the highest levels of cleanliness to promote health and healing. Camfil provides air cleaners for these environments. St. James Hospitaal in Dublin used Camfil for Aspergillus prevention.
Case Study: Odour Solution For Pharmaceutical Company. There was a distinct odour in the manufacturer's lab and cold storage area, and employee complaints of nuisance odour eventually circulated to management where the concern was escalated.
Case Study: Camtain Contains Explosive Pharma Dust. A multinational pharmaceutical company needed a dust extraction system for their new tableting suite in Spain. The suite comprised of six rooms, each with its own tablet machine that created explosive dusts.
As a place of healing and recovery, hospital air quality is even more important than the air quality at commercial offices and shopping malls. The purpose of a hospital is to return people to good health, and an essential aspect of this process is ensuring that airborne pollutants do not make existing conditions worse.
Some processes are more sensitive than others. If you work in the food and beverage or life science industries, you know how tough the demands on clean air are. To be sure you have the right filter, look for the ProSafe symbol.
Case Study: Cannabis Cultivation. This key player in the industry operates one of the largest facilities in Canada, with over 150,000 square feet of space licensed for medical marijuana production. The process of growing cannabis produces a strong smell.
Case Study: Pfizer Prioritises Energy Reduction Project. Camfil secured a supply and installation contract at the Pfizer Global Research and Development Campus in South-East Kent, UK that improved air quality and saves over £2 million.