Science, asked by luckysingh2107, 10 months ago

biokogical term of measurement of the total amount of carbon dioxide emissions of an individual , of a difined population or company per year

Answers

Answered by tanothelol
1

Answer:

Explanation:

Whether you are managing fermentation in drug development, or monitoring the quality of soft drinks or beer, METTLER TOLEDO dissolved CO₂ sensors offer you the in-line measurement you need, at the accuracy you require, to exert control over your processes. Our unique in-line dissolved CO₂ sensors provide immediate feedback on your in-process CO₂ without the need for grab sampling.

Increase Cell Growth Rates in Biotech Applications

Increase Cell Growth Rates in Biotech Applications

Dissolved CO₂ is a damaging and unwanted byproduct that occurs naturally during cell culture processes. High dissolved CO₂ levels cause unwanted metabolic changes, growth inhibition and lower productivity. The METTLER TOLEDO InPro® 5000 dissolved CO₂ sensor gives you real-time CO₂ analysis in bioreactors, allowing for fast reaction to out-of-spec changes in CO₂ concentration, which can increase cell growth rates by as much as 30%.

Fast Installation, Fast Membrane Replacement for Breweries

For brewery applications, one of the biggest challenges with dissolved CO₂ sensors is the need for membrane replacement. To speed up the membrane replacement process, the InPro 5500i dissolved CO₂ sensor only requires two parts for membrane replacement; and replacement can be done in 30 seconds. This sensor for measuring dissolved CO₂ in beer uses Intelligent Sensor Management (ISM®) Plug and Measure technology to help achieve fast, error-free installation.

Designed to Meet Your Process and Regulatory Needs

Designed to Meet Your Process and Regulatory Needs

The METTLER TOLEDO dissolved CO₂ sensors for biotech, pharmaceutical and brewing are all constructed of FDA-compliant materials. They can withstand CIP procedures and are autoclavable and steam sterilizable. Using ISM technology, they keep count of sensor exposure to autoclave cycles, and offer predictive diagnostics including an Adaptive Calibration Timer and a Dynamic Lifetime Indicator to prevent batch disruption.

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