Recent lab publication on superheated steam
DOI: 10.1111/FPT-23-020
Ambient Temperature and Relative Humidity Remained Stable after Prolonged Application of Superheated Steam in Enclosed Spaces Food Protection Trends, vol. 44, no. 3, pp. 152-159, May 2024
Recent lab publication by authored by Hetian Hu in Innovative Food Science & Emerging Technologies journal highlights how pressure, shear and heat can be combined to increase lethal efforts against bacterial spores.
https://t.co/UI1s6XSEj5
Our recent Journal of Food Engineering paper investigated the impact of environmental and superheated steam treatment on moisture condensation during sanitation of dry food processing plants
https://t.co/VB0fhXiVIM
Please join me in congratulating Dr. Hyeon Woo "Howard" Park! Dr. Park is the most recent graduate from our lab who conducted research on surface sanitation efficacy of superheated steam in dry-food process environment.
Congratulations to Dr. Howard Park on his successful dissertation defense. Howard was advised by Dr. VM “Bala’ Balasubramaniam and is pictured with his advisory committee. #foodscience#CFAES
Listen to CIFT podcast- Season 2 Episode 1: HPP (High Pressure Processing) - extending shelf life and making our food healthier in Ohio and beyond https://t.co/u0l3XSDhN2
Congratulations lab doctoral student Jerish Joyner Janahar who received his doctoral degree today during 2023 Spring Commencement Ceremony held at Ohio Stadium
Look forward to share our research " Ultrashear technology for preserving dairy and plant protein clean-label beverages" during forthcoming CIFT Ohio Food Industry Summit 2023, March 14
https://t.co/saIYUcy38y
Recent (open access) laboratory publication discussing microbial safety of ultrashear technology process and contribution of shear valve in microbial lethality
https://t.co/htpL1qpC2X
Recent lab publication: Impact of ultra-shear technology on quality attributes of model dairy-pea protein dispersions with different fat levels. Current Research in Food Sci. vol 6.100439
https://t.co/BB23u1pDUx