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At Rupprecht & Patashnick, innovation means
providing the right technology and features to generate timely,
high-quality information for our end users. To this end, we have
invested substantial resources in extending the application range
of our TEOM technology to include uses such as stack particulate
measurements, and have also promoted other internal developments
such as the ActiVol flow control system found in our air sampling
and monitoring devices. The company concentrates on measurement
technologies that provide a direct measurement of the component
being measured.
Rupprecht
& Patashnick is not just a marketing company. Rather, we maintain
an interdisciplinary team of individuals covering physics and aerosol
science, mechanical, electrical and software engineering, and dedicated
staff to support field testing programs. This technical depth has
enabled R&P to successfully perform research contracts for organizations
such as the National Institute of Occupational Safety and Health
(NIOSH), National Aeronautic Space Administration (NASA), and Department
of Defense.
To provide the most effective measurement techniques
to our end users, R&P has partnered with a number of leading
individuals and organizations worldwide. These include Dr. Susanne
Hering of Aerosol Dynamics in the development of our particulate
nitrate and sulfate monitors, Prof. Petros Koutrakis of the Harvard
School of Public Health for innovations in particle sampling and
measurement techniques, Met One Instruments in a joint venture named
the Cascade Initiative for new product development, Dr. Lee Kenney
of the UK Health and Safety Laboratory for innovations in size-selective
foam cartridges and sharp cut cyclones, and Ogawa for the marketing
of innovative passive samplers for gaseous pollutants.
Individuals from R&P attend scientific meetings
around the world, and often present peer-reviewed papers in our
fields of expertise. We maintain ongoing contact with opinion leaders
worldwide to keep track of evolving trends and methodologies, allowing
us to identify promising new technologies for use in our products.
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