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Trial #1

Trial #1

To test the efficacy of safer alternatives within the cleaning process for the Mash Tun. (Redo of previous testing)

2025

32

2

0

0

Coupon

11/20/2025

0.00

Immersion/Soak

Amelia Wagner

Stainless Steel

Food

Tap water rinse

Air dry

Gravimetric

Three stainless steel coupons were assigned to each cleaner being tested.  The coupons had their initial weights recorded.  The coupons were then soiled with runoff from the Mash Tun by spreading 2ml of the runoff liquid on the bottom third of each coupon using a pipette.  The coupons were then baked in the oven for 2 hours at 170F to simulate the Mash in brewing process.  After the coupons were removed from the oven, they were weighed again and had their dirty weights recorded.  The coupons were then subjected to 20 mins of immersion in their respective cleaners with a stir bar set to 1,000 rpm to simulate agitation caused by CIP balls within the process.  After cleaning, each coupon was rinsed under a stream of tap water for 10 seconds to remove any potential residue from the cleaners.  After rinsing, the coupons were left to fully air dry before having their clean weights recorded.

Tested Cleaners:

A. Surface Cleanse 930 2% (Heated 130F)

B. EcoSafeway High pH Cleaner 5% (Unheated)

C. BevSafe CR 4.5% (Heated 120F)

Cleaner Initial wt of cont. Final wt of cont. %Cont Removed % AVG
Surface Cleanse 930 2% (130F) 0.0437 0.0000 100.00 99.89
0.0423 0.0000 100.00
0.0311 0.0001 99.68
EcoSafeway High pH Cleaner 10% (unheated) 0.0487 0.0008 98.36 98.69
0.0504 0.0004 99.21
0.0540 0.0008 98.52
BevSafe CR 4.5% (120F) 0.0490 0.0003 99.39 99.52
0.0478 0.0004 99.16
0.0437 0.0000 100.00

All cleaners tested were highly efficient in removing mash tun run off from stainless steel.

No relation

Name Class Section
Document Evaluation #0 Evaluation 3
Document Evaluation #1 Evaluation 3
Document Evaluation #2 Evaluation 3
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