1.Why stoichiometry is important in production of medicines?
2.What are the problems caused by pharmaceutical (environment and economy)?
3.How do pharmaceutical industries maximize the products' yield and minimize the wastes?
Answers
1.Stoichiometry allows us to make predictions about the outcomes of chemical reactions. Making useful predictions is one of the main goals of science, the other being the ability to explain phenomena we observe in the natural world.
2.These substances enter the environment directly or indirectly. Direct methods include contamination of surface water by hospitals, households, industries, or wastewater treatment plants. Direct contamination can also affect the sediment and soil.
3.Maximize pharmaceutical product yields, minimize waste and get greater control over your pharmaceutical synthesis processes with Avantor's broad range of proven high-performance J.T.Baker® and Macron Fine Chemicals™ products.
Specially designed for synthesis applications, our high-purity products feature minimal particulates to increase productivity and reduce the risk of rework and waste. Because we know that in the world of biopharmaceutical production, every molecule that goes into your product matters. And that the outcome of your next product depends on the quality of each ingredient, as well as the security of the global supply chain.
That's why our chemicals are manufactured in FDA-registered, ISO-certified facilities and are ideal for small-molecule synthesis, synthesis of API and intermediates and nanoscale drug delivery synthesis. Our pharmaceutical buffering salts are USP/NF products that are proven throughout many years of purity and excellence in pharmaceutical synthesis worldwide.
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