- May 4, 2017
- Posted by: David
- Category: Agriculture & Livestock, Surface Transport & Logistics
The effectiveness of barely acidic electrolyzed water (SAEW) in decreasing Escherichia coli, Salmonella typhimurim, Staphylococcus aureus or bacterial mixtures on chrome steel surfaces was evaluated and in contrast its efficacy with composite phenol resolution for decreasing whole cardio micro organism in animal transport automobiles. Chrome steel surfaces had been inoculated with these strains individually or in a combination, and sprayed with SAEW, composite phenol, or alkaline electrolyzed water for zero.5, 1, 1.5 and 2min. The bactericidal exercise of SAEW elevated with rising out there chlorine focus and spraying period. The SAEW resolution of 50mgl-1 of accessible chlorine focus confirmed considerably increased effectiveness than composite phenol in decreasing the pathogens on chrome steel surfaces (P<zero.05). Full inactivation of pathogens on chrome steel surfaces had been noticed after remedy with alkaline electrolyzedwater adopted by SAEW at 50mgl-1 of accessible chlorine focus for 2min or alkaline electrolyzed water remedy adopted by SAEW remedy at 90mgl-1 of accessible chlorine focus for zero.5min. The efficacy of SAEW in decreasing whole cardio micro organism in animal transport automobiles was additionally decided. Autos within the disinfection sales space had been sprayed with the identical SAEW, alkaline electrolyzedwater and composite phenol options utilizing the automated disinfection system. Samples from car surfaces had been collected with sterile cotton swabs earlier than and after every remedy. No vital variations in bactericidal effectivity had been noticed between SAEW and composite phenol for decreasing whole cardio micro organism within the automobiles (P>zero.05). SAEW was additionally discovered to be more practical when used along side alkaline electrolyzed water. Outcomes counsel that the bactericidal effectivity of SAEW was increased than or equal to that of composite phenol and SAEW could also be used as efficient different for decreasing microbial contamination of animal transport automobiles.
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Disinfection; Microbial contamination; Barely acidic electrolyzed water; Spraying; Transport car