Customer Logins

Obtain the data you need to make the most informed decisions by accessing our extensive portfolio of information, analytics, and expertise. Sign in to the product or service center of your choice.

Customer Logins

My Logins

All Customer Logins

Hydrogen Peroxide and Peracetic Acid

Process Economics Program Report 68

View Report for existing customers Go to Customer Login for existing customers
Learn more about Hydrogen Peroxide and Peracetic Acid
Contact Sales
Contact Sales +1 844 301 7334

Published February 1971

This report addresses itself to the technology and cost of producing hydrogen peroxide and peracetic acid. Both of these chemicals are the source of active oxygen, and they are in direct competition in various epoxidation processes.

Hydrogen peroxide is sold as an aqueous solution and is exhausted to water in oxidation processes. Peracetic acid, on the other hand, is marketed as an approximate 25% solution in an organic solvent and yields acetic acid as a by-product of oxidation processes. The added handling of acetic acid and solvent has limited the use of peracetic acid in textile and pulp bleaching; therefore, hydrogen peroxide is largely unchallenged in these fields.

In the area of epoxidation, various organic hydroperoxides produced via the Halcon-Arco process may bid for a share of the epoxidation market already divided between hydrogen peroxide and peracetic acid. The cost of organic hydroperoxides is outside the scope of this report, since it is discussed in PEP Report No. 2B1. The cost of active oxygen is, however, compared for three sources: hydrogen peroxide, peracetic acid, and tertbutyl hydroperoxide.

Two processes for producing hydrogen peroxide were evaluated in detail:

  1. Anthraquinone process
  2. Isopropanol autoxidation process.

The three processes studied for producing peracetic acid are all acetal-dehyde based:

  1. One-step liquid-phase oxidation of acetaldehyde
  2. Two-step liquid-phase oxidation of acetaldehyde
  3. Vapor-phase oxidation of acetaldehyde.

Production of peracetic acid by acetylation of hydrogen peroxide was reviewed in PEP Report No. 62 and is not discussed.

Information contained in this report was collected from patents, technical papers, and trade journal publications that appeared between 1947 and May 1970. Data received from Wacker Chemie has greatly aided the evaluation of the one-step liquid-phase oxidation process.

Equipment costs are based on literature data except for a few key items where budget costs received from suppliers were used. The cooperation of the following companies is greatly acknowledged: Kaiser Aluminum Co. for clad aluminum plates, Luwa Corp. for wiped film evaporators, Niagara Blower Co. for evaporative condensers.

Other PEP Related Reports:

  • Hydrogen Peroxide and Peracetic Acid 68A/1
  • Hydrogen Peroxide 68B
Find the chemical market research you need
CONTACT AN EXPERT

Products & Solutions from related industries

Chemical Image

Chemical Process Economics Program PEP

Chemical Image

On-Purpose Acetic Acid – Chemical production and investment cost

Chemical Image

On Purpose Linear Alpha Olefin Processes – Chemical production and investment cost

Chemical Image

Polyols for Polyurethanes – Chemical production and investment cost

Chemical Image

ABS Resins– Chemical production and investment cost Published 1966

Chemical Image

ABS Resins– Chemical production and investment cost Published 1972

Chemical Image

ABS Resin– Chemical production and investment cost Published 1980

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetaldehyde – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetic Acid and Acetic Anhydride – Chemical production and investment cost

Chemical Image

Acetic Acid and Acetic Anhydride – Chemical production and investment cost

Chemical Image

Acetone Methyl Ethyl Ketone MEK and Methyl Isobutyl Ketone

Chemical Image

Acetylene – Chemical production and investment cost

Chemical Image

Acetylene – Chemical production and investment cost

{"items" : [ {"name":"share","enabled":true,"desc":"<strong>Share</strong>","mobdesc":"Share","options":[ {"name":"facebook","url":"https://www.facebook.com/sharer.php?u=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-hydrogen-peroxide-1971.html","enabled":true},{"name":"twitter","url":"https://twitter.com/intent/tweet?url=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-hydrogen-peroxide-1971.html&text=Hydrogen+Peroxide+and+Peracetic+Acid+%e2%80%93+Chemical+production+and+investment+cost+%7c+S%26P+Global","enabled":true},{"name":"linkedin","url":"https://www.linkedin.com/sharing/share-offsite/?url=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-hydrogen-peroxide-1971.html","enabled":true},{"name":"email","url":"?subject=Hydrogen Peroxide and Peracetic Acid – Chemical production and investment cost | S&P Global&body=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-hydrogen-peroxide-1971.html","enabled":true},{"name":"whatsapp","url":"https://api.whatsapp.com/send?text=Hydrogen+Peroxide+and+Peracetic+Acid+%e2%80%93+Chemical+production+and+investment+cost+%7c+S%26P+Global http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-hydrogen-peroxide-1971.html","enabled":true}]}, {"name":"rtt","enabled":true,"mobdesc":"Top"} ]}
Filter Sort