2020
DOI: 10.1080/07373937.2020.1756842
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Effects of decompression condition and temperature on drying rate in a hybrid heat pump decompression type dryer used for seafood drying

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Cited by 11 publications
(5 citation statements)
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“…Therefore, low‐temperature and high‐efficiency drying methods, such as hot‐air drying, hot‐pump drying, vacuum oven‐drying, far‐infrared radiation drying, microwave drying and freeze‐drying, have been used to shorten the processing time and improve product quality (Duan et al ., 2010, 2007; Moon et al ., 2014; Ridhowati et al ., 2018; Shamsuddeen et al ., 2021). Several drying treatments have been combined, including microwave vacuum drying (MVD) (He et al ., 2021), vacuum freeze‐drying (Bai & Luan, 2018) and hybrid heat pump vacuum drying (Shamsuddeen et al ., 2021). For instance, using high microwave power (200 or 250 W) in MVD accelerated the evaporation of water from the interior layer of the sea cucumber body wall to the exterior layer, which generated a porous microstructure that contributed to faster rehydration.…”
Section: Thermal Treatment Methods For Sea Cucumbersmentioning
confidence: 99%
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“…Therefore, low‐temperature and high‐efficiency drying methods, such as hot‐air drying, hot‐pump drying, vacuum oven‐drying, far‐infrared radiation drying, microwave drying and freeze‐drying, have been used to shorten the processing time and improve product quality (Duan et al ., 2010, 2007; Moon et al ., 2014; Ridhowati et al ., 2018; Shamsuddeen et al ., 2021). Several drying treatments have been combined, including microwave vacuum drying (MVD) (He et al ., 2021), vacuum freeze‐drying (Bai & Luan, 2018) and hybrid heat pump vacuum drying (Shamsuddeen et al ., 2021). For instance, using high microwave power (200 or 250 W) in MVD accelerated the evaporation of water from the interior layer of the sea cucumber body wall to the exterior layer, which generated a porous microstructure that contributed to faster rehydration.…”
Section: Thermal Treatment Methods For Sea Cucumbersmentioning
confidence: 99%
“…The rehydration properties, thermal‐induced degradation and active compound loss of solar‐salted sea cucumbers is significantly affected by a series of complex treatments (Tamarit‐Pino et al ., 2020; He et al ., 2021). Therefore, low‐temperature and high‐efficiency drying methods, such as hot‐air drying, hot‐pump drying, vacuum oven‐drying, far‐infrared radiation drying, microwave drying and freeze‐drying, have been used to shorten the processing time and improve product quality (Duan et al ., 2010, 2007; Moon et al ., 2014; Ridhowati et al ., 2018; Shamsuddeen et al ., 2021). Several drying treatments have been combined, including microwave vacuum drying (MVD) (He et al ., 2021), vacuum freeze‐drying (Bai & Luan, 2018) and hybrid heat pump vacuum drying (Shamsuddeen et al ., 2021).…”
Section: Thermal Treatment Methods For Sea Cucumbersmentioning
confidence: 99%
“…The fluid transportation equations are based on the steady incompressible Reynolds-averaged Navier-Stokes (RANS) equations solved using an iterative approach in ANSYS CFX 19.1®software (ANSYS, Inc., Pennsylvania, PA, USA). These equations are very well documented in numerous literature [29][30][31]. The turbulence model, k-ω based shear stress transport (SST) is used to predict the turbulence occurring inside the pump.…”
Section: Numerical Modelmentioning
confidence: 99%
“…Compared to other meat products, investigations on seafood are less common. Some examples of studies on drying seafood include Shamsuddeen, Cha, Kim, & Kim (2021), who studied hybrid heat pump vacuum drying of oysters, Nguyen, Ngo, & Le, (2019) who investigated convective hot air drying of shrimps, and Kouhila et al (2020) who studied the effects of convective and solar drying of Mediterranean mussels. examined infrared drying of blue mussel and drying kinetics, Kipcak (2017) studied microwave drying of blue mussels, Duan, Jiang, Wang, Yu, & Wang, (2011) studied hot air-microwave drying of tilapia fish fillets.…”
Section: Introductionmentioning
confidence: 99%