Skip to main content
AMERICAN SOCIETY OF
BREWING CHEMISTS

DEI Image
Join | Renew | Contact | Log In
Search
  • About
    • Directories
    • DEI Resources
    • Social Media Kit
    • Contact Us
  • Membership
    • My ASBC Account
    • Join
    • Renew
    • ASBC Connect Community
    • Job Center
    • Corporate Membership
    • Volunteer
    • Student Resources
    • Awards
    • Project Funding
    • ASBC Badges
  • Methods
    • Methods of Analysis
    • About
    • Tools
    • FAQ
    • Subscription Options
  • In the Lab
    • Methods Videos
    • Lab Proficiency Program
    • Reference Materials and Gauges
    • Fishbone References
    • Grow Your Own Lab
    • Sensory Analysis
    • Sampling Plan
    • Green Chemistry
  • Publications
    • Journal
    • Books
    • Technical Committee Reports
    • Advertise
  • EventsCurrently selected
    • 2026 ASBC & CIBD Meeting
    • Brewing Summit 2025
    • Brewing Summit Rewind
    • Webinars
    • WBC Rewind
    • Meeting Archives
  • Store
Skip navigation links
2023 Quality Course
2023 ASBC Meeting
2021 Meeting
2019 ASBC Meeting
2019 ASBC Quality Course
2019 Joint Yeast Symposium
2018 Meeting
2017 Meeting
2016 World Brewing Congress
Proceedings
Program Book (PDF)
2015 Meeting
2014 Meeting
2013 Meeting
2012 World Brewing Congress
2011 Meeting
American Society of Brewing ChemistsEventsMeeting Archives2016 World Brewing CongressProceedings121

Display Title

Page Content
​

121. Novel options for stabilization of beer

Kiel Moore (1), Andrew Mola (1); (1) Ashland Inc., Bridgewater, NJ, U.S.A.

Finishing and Stability
Poster

Stabilization is an important stage in the production of beer, where an attractive appearance and flavor are considered key quality determinants. While current procedures usually concentrate on additions after fermentation, e.g., on transfer to maturation or at filtration, little has been reported on colloidal stabilization earlier in the brewing process. This presentation describes two novel composites for complete stabilization of beer by a single addition: one upstream in the kettle and the other downstream before filtration. Polyclar Brewbrite is a composite of kappa carrageenan and micronized PVPP. A procedure for stabilizing beer in the brewhouse is developed that can be adopted to simplify downstream processing and reduce cost. Elsewhere, it could provide an additional mechanism to chill-proof “difficult” beers in challenging environments. The benefits of this composite will be discussed. Polyclar Plus 730 is a composite of silica xerogel and micronized PVPP. Traditionally, beers are stabilized prior to filtration. Use of this composition enables combined stabilization of beer by simultaneous removal of both haze-active components in beer. Some of the advantages of this approach include a single addition of the stabilizer for complete stabilization of the beer, requiring no specialized dedicated equipment for dosing the stabilizer into the beer. Properties, advantages and plant trial results with Polyclar Plus 730 will be discussed.

Kiel Moore is a senior staff scientist at Ashland Inc. in Bridgewater, NJ, responsible for technical service and R&D beverage applications. Additionally, he provides support to the beverage industry with colloidal stabilization technologies through the Ashland Polyclar product line. Prior to Ashland, Kiel spent the previous nine years working as director of quality for Boulder Beer Company. Kiel is a member of both the MBAA and ASBC.

View Presentation


About

Join

Contact

Advertise

Privacy Policy

Email Deliverability