Room pressure control
Case No | Fields of application | Country of installation | Principal use |
Customer | Purpose of introduction | Main composition of our products |
PC 001 | Example of pharmaceutical factory | Japan | Room pressure control is performed to prevent active pharmaceutical ingredients, liquid medicine, sterilized formulations, solid formulations, etc. in the production facility from being contaminated. |
Pharmaceutical company | Prevention of contamination of pharmaceuticals | PECX, EEP02 Several hundred units respectively |
PC 002 | Example of pharmaceutical laboratory | Japan | Room pressure control is performed to prevent any contamination of rooms in which experimental animals are housed for aseptic rearing. |
Pharmaceutical company’s laboratory | Sterilization of experimental animals | PECX, EEP02 Several dozen units respectively |
PC 003 | Example of large hospital | Japan | Room pressure control is performed to prevent ICUs and infectious disease wards from any contamination. |
Hospitals | Prevention of nosocomial infections | PECX, EEP02 Several dozen units respectively |
PC 004 | Example of high-technology product factory | Japan | The devices are used with manufacturing equipment that requires particularly high cleanliness in a clean room to maintain the fine differential pressure between the room and the inside of the equipment at a specific level. |
High-technology manufacturer | Prevention of foreign matters contaminating highly precise equipment | PECX, EEP02 Several dozen units respectively |
PC 005 | Example of industrial waste treatment facility | Japan | Room pressure control is performed to prevent contamination by toxic gases generated when treating harmful substances. |
Industrial waste treatment company | Prevention of diffusion of toxic gases | PECX, EEP02 Several units respectively |
PC 006 | Example of incinerated ash melting facility | Japan | Garbage collected from households is temporarily stored in a pit. The inner pit pressure is controlled at a negative value to prevent the odor generated from the garbage from escaping. |
Local government | Prevention of diffusion of odor from stored garbage | PECX, EEP02 Several dozen units respectively |
PC 007 | Example of glass factory | Japan | Manufacturing room is controlled at a positive pressure to prevent any impurities from entering while glass is being manufactured. |
Glass factory | Prevention of contamination of glass with foreign matters | PECX, EEP02 Several dozen units respectively |
PC 008 | Example of infectious disease laboratory | Japan | Laboratory is controlled at a negative pressure to prevent any viruses from escaping. |
Association for infectious diseases | Prevention of viruses escaping | PECX, EEP02 Several dozen units respectively |
PC 009 | Example of influenza vaccine production factory | Japan | Production room is controlled at a positive pressure to prevent any bacteria from entering while vaccines are being produced. |
Research institute for microbial diseases | Prevention of bacterial contamination of vaccines | PECX, EEP02 Several hundred units respectively |
PC 010 | Example of anticancer drug and biotechnology laboratory | Japan | In the laboratory for anticancer drug or biotechnology, whole building is highly controlled and prevention of contamination through fine differential pressure control is strictly requested. |
Pharmaceutical laboratory | Prevention of contamination over whole laboratory | PECX, EEP02 Several hundred units respectively |
PC 011 | Example of cosmetics manufacturing factory | Japan | As with pharmaceuticals, development and manufacturing processes of cosmetics are now controlled, and contamination prevention through fine differential pressure control has been introduced. |
Cosmetics manufacturer | Prevention of bacterial contamination of cosmetics | PECX, EEP02 Several thousand units respectively |
PC 012 | Example of liquid crystal production factory | Japan | As liquid crystal size becomes larger, an even higher level of cleanliness is required in the production process, and to achieve this, fine differential pressure control has been introduced in each equipment. |
Liquid crystal production factory | To secure super-clean circumstances of equipment | PECX, EEP02 Several thousand units respectively |
PC 013 | Example of semiconductor production factory | Japan | As the semiconductor design becomes minute, clean circumstances requested for production facilities becomes severer. Fine differential pressure control for air pressure in rooms and facilities are applied so that clean circumstances can be obtained effectively. |
Semiconductor production factory | To secure super-clean circumstances of equipment | PECX, EEP02 Several dozen units respectively |
PC 014 | Example of film production factory | Japan | As customers’ products are becoming minute, film products have been requested to be delivered without adhesion of even very small impurities. Then, fine differential pressure control was applied to the film production line in order to avoid contamination. |
Film production factory | Prevention of adhesion of fine foreign matters to films | PECX, EEP02Several hundred units respectively |
PC 015 | Example of fine chemical laboratory | Japan | In the process of clinical reagents development, fine differential pressure control with explosion proof function was applied in order to keep up with the same severe requirement of circumstances as with the case of medicine. |
Fine chemical laboratory | Prevention of diffusion of explosive gas | PECX, EEP02Several dozen units respectively |
PC 016 | Example of nanotechnology laboratory | Japan | With expansion of research on practical application of nanotechnology, fine differential pressure control was introduced to prevent contamination in development and production processes. |
Nanotechnology laboratory | To secure super-clean circumstances | PECX, EEP02 Several dozen units respectively |
PC 017 | Example of regenerative medicine laboratory | Japan | In cell culture research in the regenerative medicine area, fine differential pressure control has been introduced to prevent contamination with various germs for severe contamination prevention. |
Cell culture center | Prevention of contamination with various germs | PECX, EEP02 Several dozen units respectively |
PC 018 | Example of beverage factory | Japan | At factory where high-temperature steam is used, room pressure control is applied in order to confine high-temperature steam. |
Beverage factory | To confine high-temperature steam | PECX, EEP02 Several units respectively |
PC 019 | Example of food and beverage factory | Japan | For the production of sterile products or bulk powder, fine differential pressure control is applied with the same standard as the case for pharmaceutical factory to prevent contamination. |
Food and beverage factory | Prevention of contamination with various germs | PECX, EEP02 Several dozen units respectively |
PC 020 | Example of care center | Japan | For preventing infection of diseases or diffusion of odor in care center, room pressure control is applied. |
Nursing care provider | To prevent diffusion of odor | PECX, EEP02 Several units respectively |