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Stephanie Burns Chemist, Executive

Reisch, C EN Talks with Stephanie Burns, Chemical Engineering News, February 24, 2003 17. [Pg.4]

Although library research helps you to understand the fundamentals of the problem, now the tough part (and the most interesting part) begins. Can [Pg.4]

The essence of the problem seems to be the H+ present in the paper. How can it be removed or at least rendered harmless  [Pg.5]

Your general knowledge of chemistry tells you that some sort of base (a substance that reacts with H+) is needed. One of the most common and least expensive bases is sodium hydroxide. Why not dip the affected books in a solution of sodium hydroxide and remove the H+ by the reaction H+ + OH- — H20 This seems to be a reasonable first idea but as you consider it further and discuss it with your colleagues, several problems become apparent  [Pg.5]

The NaOH( rg) is a strong base and is therefore quite corrosive. It will destroy the paper by breaking down the cellulose just as acid does. [Pg.5]


Chemistry Explorers Stephanie Burns Chemist, Executive 5 The Scientific Method 7... [Pg.1185]


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