How Blast Chillers WorkĪs the name suggests, blast chillers blast a stream of fast-moving cold air to your merchandise in order to cool it rapidly. Understanding what blast chillers and freezers represent in terms of energy efficiency, quality of results and potential capacities in relation to standard commercial refrigeration is the first step to determining how and why they should be applied in a commercial kitchen, and why a standard fridge or freezer just can’t compete in the food safety arena. If you run a commercial kitchen, it is in your best interest to have all your food properly chilled to not only prevent loss but also maintain the desired quality of your food and increase levels of food safety. Now, blast chillers and freezers are an increasingly popular preservation option for foodservice businesses to guarantee that HACCP legislation is met. Over the years, many industries dealing with food have used blast chillers for their rapid and precise service allowing them fast and guaranteed preservation of highly perishable food. For example, the standard storage and display fridge and freezer for commercial applications and more specialised blast chillers and freezers. It has also seen the creation of different types of refrigeration. This makes it easier for commercial kitchen owners to run their businesses without incurring heavy losses. Technology has allowed the advancement of cooling systems, such as commercial freezers and fridges which are now able to seamlessly preserve large quantities of food. The MARS® active acoustic cell separation moves cells in or out of their fluidic stream, configurable to closed sterile fluidics for single pass freezing media exchange to achieve cell washing and concentration automatically.Food preservation using cold is an old practice carried out by the majority of foodservice businesses around the world. The separation process is done in a closed fluidic path in a fully automated fashion and has no capacity limit. The MARS® Cell Separation Platforms incorporate innovations in Column-free in-flow magnetic cell separation technology allows a specific selection of cells based on their surface markers. SciMed Asia is proud to announce as the distributor of Applied Cells in Singapore to in providing supports your cell therapy development process from End-to-End, from small-scale optimization, through easy upscaling to cell therapy GMP manufacture.Īpplied Cells MARS® SP and MARS® Bar Systems feature multi-physics automated cell separation using our novel acoustics and magnetic cell separation technologies. There’s no easiest way to start off your lab sustainability program, contact for more information.Ĭonsumption indicated is based on electricity saved using PHCbi MDF-DU702VH (728Litre) versus PHCbi older generation of ultralow freezers with similar capacity for a period of 5 years.īased on Singapore’s average PM GEF grid emission factor of 0.4057kg Co2/ Kwh in 2021 ġ Greenhouse Gas equivalencies shown is extracted from Ģ Electricity consumption is calculated based on a monthly household consumption of 360kwh extracted as reference from Spgroup website The VIP ECO combines field-proven reliability, natural refrigerants and innovative cabinet design to improve performance and to help achieve facility sustainability objectives.įor every unit of VIP ECO MDF-DU702VH freezer from PHCbi, You will offset CO2 or greenhouse emission from:ģ45 □Trash bags of waste recycled instead of landfilled1ģ1,855 Km □ driven by an average petrol-powered passenger vehicle1 The ENERGY STAR® Certified VIP ECO Series upright freezer from PHCbi is the most energy efficient ultra-low temperature freezer currently available on the market. Ultra-low temperature freezers (ULT, -80☌) are one of the most energy-intensive pieces of equipment found in labs and the easiest way to reduce utility consumption is just to start off with an equipment that’s energy efficient. However, these strategies require the diligence use and maintenance by the researcher and often the facilities will need to implement some best practices to observe a significant reduction in energy consumption. There are several strategies to save energy, such as increasing the ULT freezers to -70☌, having a proper sample management to reduce door opening time and optimize sample storage and routine maintenance of the freezers. With a history of reliable performance of the #PHCbi ULT freezers and after-sales support by the #SciMedasia team in Singapore, it is not difficult for this client to decide which freezers they should opt for when they are aiming for lab sustainability to reduce the facilities’ carbon footprint.
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