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Trial Number 1

Trial Purpose:

To evaluate the effectiveness of three low foam cleaners at removing canola oil, expoxidized soybean oil, and SAS-60E from aluminum and ceramic coupons.

Date Run:

08/28/2019

Experiment Procedure:

Fifty-four pre-weighed coupons, eighteen for each cleaner, were soiled with Canola Oil, Soybean Oil, and SAS 60E using a clean swab. Each set of coupons was immersed in a 250mL beaker with the diluted cleaners for one minute at the vendor recommended temperature. Coupons were then transferred to a (140F) heated rinse for one minute before getting an additional one-minute dry with an air gun. Observations were made and final weights were recorded.

Trial Results:

 

Cleaner Soil Substrate Initial Wt. of Cont. Final Wt. of Cont. % Cont. Removed % Average
SC Aircraft & Metal Canola Oil Aluminum 0.2491 0.0301 87.92 90.33
0.2409 0.0093 96.14
0.2781 0.0363 86.95
Ceramic 0.2552 0.0112 95.61 93.29
0.2829 0.0241 91.48
0.1859 0.0134 92.79
Soybean Oil Aluminum 0.3118 0.0716 77.034 82.80
0.3032 0.0333 89.02
0.2926 0.0516 82.36
Ceramic 0.2182 0.0174 92.02 93.83
0.2629 0.0197 92.51
0.2498 0.0076 96.96
SAS-60E Aluminum 0.3004 0.0246 91.81 90.75
0.2961 0.0145 95.10
0.186 0.0273 85.32
Ceramic 0.229 0.0155 93.23 96.07
0.3552 0.0139 96.09
0.1962 0.0022 98.88
LF2100 Canola Oil Aluminum 0.2994 0.0181 93.95 93.17
0.3714 0.0122 96.71
0.2799 0.0312 88.85
Ceramic 0.3887 0.005 98.71 97.31
0.2018 0.0053 97.37
0.2616 0.0108 95.87
Soybean Oil Aluminum 0.259 0.1128 56.45 55.01
0.2114 0.1127 46.69
0.2314 0.0882 61.88
Ceramic 0.2017 0.0024 98.81 97.57
0.3269 0.0173 94.71
0.2441 0.002 99.18
SAS-60E Aluminum 0.2329 0.0041 98.24 90.29
0.2252 0.0483 78.55
0.2623 0.0155 94.09
Ceramic 0.2623 0.004 98.47 96.85
0.2555 0.0029 98.86
0.2237 0.0152 93.20
Aquavantage 3800 GD Canola Oil Aluminum 0.2811 0.0698 75.17 76.08
0.2339 0.083 64.51
0.2106 0.0241 88.56
Ceramic 0.2448 0.0855 65.07 73.34
0.1772 0.0767 56.71
0.1917 0.0034 98.23
Soybean Oil Aluminum 0.2358 0.1218 48.345 56.42
0.2548 0.077 69.78
0.2835 0.1385 51.15
Ceramic 0.2827 0.0225 92.04 70.62
0.1959 0.1346 31.29
0.2522 0.0289 88.54
SAS-60E Aluminum 0.2006 0.0032 98.40 96.93
0.2271 0.0069 96.96
0.2185 0.0100 95.42
Ceramic 0.2466 0.0769 68.81 88.97
0.2169 0.0040 98.15
0.1998 0.0001 99.95

Cleaner Visual Observations       

Cleaner Substrate Soil Observation Rinse
SC Aircraft & Metal Cleaner Aluminum Canola Oil - no change - oil spots
Soybean Oil - no change - oil spots
SAS-60E - no change - strong odor
Ceramic Canola Oil - small amount of bubbles of coupon - no change
Soybean Oil - small amount of bubbles of coupon - no change
SAS-60E  - small amount of bubbles of coupon - strong odor
LF2100 Aluminum Canola Oil - sizzling sound/bubbles  - oil and bubbles at top
Soybean Oil - foam line along top of coupon - dilution turned cloudy
SAS-60E  - thin foam layer at top of dilution - very strong odor
Ceramic Canola Oil  - oil spots at top of dilution - thin oil layer at top
Soybean Oil - oil spots at top of dilution - thin oil layer at top
SAS-60E  - oil spots at top of dilution - oil layer/strong odor
Aquavantage 3800 GD Aluminum Canola Oil - dilution cloudy/oil spots floating - no change
Soybean Oil    - no change
SAS-60E - no change - strong odor
Ceramic Canola Oil  - no change - no change
Soybean Oil - no change - no change
SAS-60E  - no change - strong odor

 

LF2100 and Aquavantage 3800 GD had lesser overall averages due to their lack of performance on the expoxidized soybean oil. SC Aircraft & Metal Cleaners had more consistent results with all of the substrates and soils.

Success Rating:

Results successful using TACT (time, agitation, concentration, and temperature, as well as rinsing and drying) and/or other cleaning chemistries examined.

Conclusion:

SC Aircraft & Metal cleaner yielded the best results in removing the three tested soils. Although the acquired results don’t show 100% removal, adding high-pressure agitation will likely lead to even higher overall averages than shown for all of the cleaners tested.

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