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.
Problem: Wastewater processes create gaseous by-products that corrode sensitive electronic components. Wastewater plants are notable for their rotten egg odor, caused by hydrogen sulfide. H2S is highly corrosive to electrical systems and electronics throughout a plant. Factor in aging equipment and infrastructure, and the resultant decrease in uptime, and costly repairs or replacements, harms the bottom line.
Applied to domestic refrigeration, Bioconservacion’s technology increases the shelf-life of fruit and vegetables, providing benefits to equipment manufacturers and consumers. As they mature, fruit and vegetables naturally produce ethylene. Ethylene accelerates maturation which is why systems that eliminate ethylene, VOCs and fungus spores from the environment are especially beneficial, as they lengthen the useful life of fruit and vegetables increasing shelf life by up to 25%.
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.
Wood is one of the world`s oldest and most important raw materials. Apart from applications in the furniture and building industry and related sectors, CTP systems are used for air purification in the production of lumber products such as plywood panels, fibre boards (particle boards, MDF, OSB) and compressed wooden parts.
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.