DeepChill® : Guaranteed Produce Freshness & Reduced Post-Harvest Losses
From growing and harvesting to post-harvest processing and retailing, food loss and waste creation happens at every stage of the crop. While the world wastes about 1.4 billion tons of food each year, the U.S. alone accounts for 40 million tons of that wastage, which is approximately 30% to 40% of the total food supply in the U.S. In Canada too, food waste costs are high and continue to rise steadily. Although a portion of these losses happens on farms, the post-harvest and processing stages of food also make up a significant portion of the total food wastage in North America.
The DeepChill® Ingrediator System – How it Works, Why Do You Need it?
Every baker will agree that temperature control of the dough is an important aspect of ensuring top-quality bakes. Whether it is artisan bread, sweet rolls & croissants, bagels or frozen dough products, achieving the right Final Dough Temperature (FDT) means cooling the dough to that precise optimal point for promoting good fermentation and dough development.
When dough temperature is not properly controlled, the dough will be stickier and the final product may end up with lighter crust color, thicker crust, lack of oven jump, more open cell structure and rough crumb structure.
Superchilling Salmon with DeepChill®
Water Holding Capacity (WHC) – the ability of raw meat to retain moisture is a critical quality parameter in the harvesting and processing of salmon. In fact, a high WHC is one of the primary goals in the food processing business because of its impact on the product’s yield and sensory attributes (weight and texture). Numerous studies indicate that achieving fast and uniform cooling is instrumental in maintaining the WHC, and Sunwell’s DeepChill® technology does just that. As an adaptive cooling and preservation process for superchilling (also known as supercooling) fish, DeepChill® offers numerous advantages over conventional methods, such as Refrigerated Sea Water (RSW) systems.
19 Reasons to DeepChill®!
Whether it is catching fish onboard fishing vessels, shipping produce to another continent or processing poultry, these operations need a cooling and preservation method that is adaptable to the current operations and keep the products at the best quality shape, form, and taste.
We recommend DeepChill® and here are the top 19 reasons why your operations need it.
Top Challenges in the Seafood Industry and How DeepChill Solutions Help Businesses Address Them
From climate change and overfishing to ocean acidification and deterioration of marine ecosystems, several challenges threaten the very supply of global seafood. While many of these threats result from naturally occurring phenomena, the COVID-19 pandemic has also created disruption at every step of the aquaculture food system chain. However, every challenge eventually highlights one key aspect – the preservation measures in the seafood farming and processing industries.
In collaboration with The Fisheries and Marine Institute of Memorial University of Newfoundland, Sunwell has conducted research to study the effects of DeepChilling on seafood in comparison with other cooling and preservation methods. This report reviews results from a few research studies and presents the implications for the shrimp industry.
DeepChill® vs. RSW
Refrigerated Seawater (RSW) is a common method of chilling fish onboard fishing vessels. For pelagic fish that is caught in large quantities in a short period of time, RSW provides better turbulence and more uniform cooling compared to flake ice. The question is however, is there a better way? DeepChill® provides similar operational advantages to RSW such as ease of pumping and distribution; simply put, DeepChill® flows like water! The distinction however, comes from the cooling power.
In collaboration with The Fisheries and Marine Institute of Memorial University of Newfoundland, Sunwell has conducted research to study the cooling effects of DeepChilling on cod in comparison with conventional cooling methods. This report reviews results from a few research studies and presents the implications for the cod industry.
Ice Slurry: Applications
The role of secondary refrigerants is expected to grow as the focus on the reduction of greenhouse gas emissions increases. The effectiveness of secondary refrigerants can be improved when phase changing media are introduced in place of single-phase media. Operating at temperatures below the freezing point of water, ice slurry facilitates several efficiency improvements such as reductions in pumping energy consumption as well as lowering the required temperature difference in heat exchangers due to the beneficial thermo-physical properties of ice slurry.
Ice Slurry: Advanced Fish Chilling and Preservation Technology
The rapid increase of the world population in the past few decades has put added pressure on the fishing and aquaculture industries to improve the production, quality, and shelf life of fish. One focus is to implement advanced means of fish preservation for all after-catch operations.