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High pressure processing

When using high pressure processing, very high pressure levels are used, often up to 6,000 bar, which would correspond to a water column of 60,000 meters. With this type of processing, food can be processed at ambient or even low temperatures, which means that the quality of the raw material or product is well preserved. In addition, safe and healthy products are obtained. High pressure processing can be used to extend shelf life and inactivate a variety of bacteria and other microorganisms.

How does High pressure processing affect different food products?

Goal Egg
Egg
Dairy
Dairy
Meat
Meat
Vegetables
Vegetables
Fruit
Fruit
Durability Has effect
Has effect
Applies to yogurt
Has effect
Applies to chicken
Has effect
Applies to cauliflower
Food safety
Color Has effect
Has less effect
Applies to chicken
Has less effect
Applies to cauliflower
Texture Has effect
More results
Has effect
Applies to chicken
Loss of liquid
Rancidity
Has effect
Applies to chicken
Nutritional values
Has effect
Applies to chicken
Has effect
Various results for cauliflower
Digestibility Has effect
Has effect
Has effect
Applies to chicken
Allergens

Watch film: How does high pressure processing work?

Worth knowing

Food safety and packaging

How can high pressure extend the shelf life, and what packaging materials should be used?

Sustainability and marketing

How sustainable is this technology, and what information works best?

Publications

Title Year Language Topic Author
Gelation and network structure of acidified milk gel investigated at different length scales with and without addition of iota-carrageenan 2022 English High pressure processing, Ultrasound , Dairy Sone, Izumi; Hosoi, Moe; Geonzon, Lester C.; Jung, Hwabin; Descallar, Faith Bernadette; Bingjie, Hue; Matsukawaab, Shingo
Impact of high-pressure processing (HPP) and microwave (MW) treatment on selected quality and nutritional parameters of cauliflower (Brassica oleracea var. Botrytis) Master’s thesis 2021 English High pressure processing, Microwaves, Vegetables, Nutrition, Shelf life Finseth, Christian
Genomic characterization of the most barotolerant Listeria monocytogenes RO15 strain compared to reference strains used to evaluate food high pressure processing 2020 English High pressure processing Duru, Ilhan Cem; Andreevskaya, Margarita; Laine, Pia; Rode, Tone Mari; Ylinen, Anne; Løvdal, Trond Karsten; Bar, Nadav; Crauwels, Peter; Riedel, Christian U.; Bucur, Florentina Ionela; Nicolau, Anca Ioana; Auvinen, Petri
Effect of high pressure and thermal processing on shelf life and quality of strawberry purée and juice 2018 English High pressure processing, Shelf life Aaby, Kjersti; Grimsbo, Ingunn Haugland; Hovda, Maria Befring; Rode, Tone Mari
Survival of sublethally injured Listeria in model soup after nonisothermal heat and high-pressure treatments 2016 English High pressure processing, Food safety Ates, Mehmet Baris; Rode, Tone Mari; Skipnes, Dagbjørn; Lekang, Odd Ivar
Comparison of spore inactivation with novel agitating retort, static retort and combined high pressure-temperature treatments 2016 English High pressure processing, Food safety Ates, Mehmet Baris; Skipnes, Dagbjørn; Rode, Tone Mari; Lekang, Odd Ivar
Favourable effects of soluble gas stabilisation and modified atmosphere for supressing regrowth of high pressure treated Listeria innocua 2015 High pressure processing, Food safety Rode, Tone Mari; Hovda, Maria Befring; Rotabakk, Bjørn Tore

Contact persons

Tone Mari Rode

Senior Scientist, Nofima
+47 907 27 253

Mario González Angulo

Industry partner
Applications and Food Processing Specialist
+34 607 012 747