USP Guidelines for Compounding Facilities

The United States Pharmacopeia (USP) is a non-profit organization that develops standards for human and animal drugs as well as food ingredients and dietary supplements.

For pharmaceutical compounding facilities, USP has guidelines in four general chapters:

  1. USP <795> Pharmaceutical Compounding – Nonsterile Preparations
  2. USP <797> Pharmaceutical Compounding – Sterile Preparations
  3. USP <800> Hazardous Drugs – Handling in Healthcare Settings
  4. USP <825> Radiopharmaceuticals – Preparation, Compounding, Dispensing, and Repackaging

These four chapters provide guidelines for safety considerations, personnel qualification and training, facilities and engineering controls, microbiology and surface monitoring, cleaning and disinfection, and much more. Continue reading “USP Guidelines for Compounding Facilities”

Measuring Flow with Piston Displacement Meters

If you’re looking to purchase a new water meter, it can be hard to discern what type of meter you should pick. There are many things to consider, from the body material to the outputs to whether any approvals are required. One of the most important considerations for selecting a meter for your application is how the meter will be installed, as certain technologies can limit the meter’s installation orientation. For example, multi-jet meters measure flow by generating multiple jets of water against an impeller in an internal chamber. As the impeller rotates, the flow is totalized on the meter face. In order to meet the stated accuracy, multi-jet meters must be installed horizontally. If a multi-jet meter is installed vertically, the impeller will not rotate correctly and the readings will not meet the stated accuracy specification.  Continue reading “Measuring Flow with Piston Displacement Meters”

[New Product Highlight] StabiliSENSE™ Critical Room Pressure Monitor | Series RPMC

The Dwyer team recently released the StabiliSENSE™ critical room pressure monitor, Series RPMC. This series is ideal for critical low differential room pressure applications, such as: clean manufacturing areas, semiconductor manufacturing, pharmaceutical, clean rooms, research labs, and vivariums. Continue reading “[New Product Highlight] StabiliSENSE™ Critical Room Pressure Monitor | Series RPMC”

What Are Room Pressure Monitors and Where Are They Used?

Hospital Isolation Room

Room pressure monitors are devices that monitor differential pressure between two rooms or areas. Differential pressure is the difference of two pressures being sensed.

There are several applications where it is important to maintain a pressure difference between two rooms. This helps to ensure that there are no contaminants entering or exiting a protected area. In a medical setting, an isolation room requires a pressure differential to make sure that no bacteria, pathogens, or viruses enter (or leave) the isolation room. This protects healthcare professionals, patients, and other guests, and minimizes the spread of germs. Room pressure monitors would also be used in areas such as: pharmaceutical manufacturing, semiconductor manufacturing, clean rooms, research labs, vivariums, and clean manufacturing areas. Continue reading “What Are Room Pressure Monitors and Where Are They Used?”

Introducing the New App for the SMART Air Hood® Balancing Instrument

The Dwyer team is proud to announce the new app for the SMART Air Hood® balancing instrument. This app replaces the PredictAir™ application software, and ensures that connecting to your hood and balancing a building is now easier than ever!

The automated connection process within the app will prompt you to connect the SMART Air Hood® balancing instrument the first time you open it. Continue reading “Introducing the New App for the SMART Air Hood® Balancing Instrument”