HAYWARD, Calif., Sept. 26, 2017 (PRNewswire) — To help meet high customer demand for its products, Columbus Craft Meats announced on Tuesday that it has completed a $16 million expansion at the company’s state-of-the-art salami curing facility in Hayward, California. The 10,000-square-foot addition increases the company’s salami production capacity by 30 percent. Construction began in February and was commissioned earlier this month.
Columbus finished its last expansion in early 2015. That build-out boosted available production by more than 50% and almost doubled the size of the Hayward facility. However, capacity was quickly filled as Columbus became the most widely distributed meat brand in delis across the United States1.
“We are now the most broadly distributed deli meat brand in the United States and we’re excited to see the tremendous growth in our business,” says Columbus CEO, Joe Ennen. “This added capacity will assure that even more consumers coast-to-coast will be able to enjoy our premium salami. Further, our expansion not only allows us to meet demand but also to continue developing innovative new products.”
Similar to 2015, this most recent expansion installed custom, Italian-made equipment to ensure the consistent quality customers have come to expect from Columbus Craft Meats.
This facility also continues to maintain food safety as its highest priority. For the last four years, the company’s salami curing plant has earned an A or AA rating — the highest rating given — by the British Retail Consortium (BRC), an independent organization that sets the standard for global food safety.
Founded in 1917, Columbus Craft Meats produces award-winning Italian salami and deli meats sold under the Columbus brand. Its products are available at food retailers nationwide.
Breslau, Ont. – Conestoga Meat Packers has received a financial boost from the province of Ontario. In a statement, the Ministry of Agriculture, Food and Rural Affairs announced that it is investing $5.3 million to help the company “boost productivity and expand its pork processing capacity by 86 per cent.” The investment is expected to create 170 new jobs at the facility in Breslau.
“Our government is proud to support the continued growth of Ontario’s food processing sector, an important driver of our economy,” said Jeff Leal, Ontario’s minister of Agriculture, in the statement. “This support will help Conestoga Meat Packers increase its productivity, enhance competitiveness and create good jobs in Waterloo Region.” Conestoga Meat began processing farm-fresh pork in 1982. Today it is Ontario’s second-largest pork processor and is a wholly owned subsidiary of Progressive Pork Producers Co-operative Inc., a co-op of 157 southwestern Ontario hog producers. The government investment was made through Ontario’s Jobs and Prosperity Fund. With the funding Conestoga Meat “will purchase leading-edge equipment that will almost double its meat processing capacity.”
According to International Food & Meat, historically, price, taste and convenience have been the consumers’ principal drivers. Now the food industry is looking more and more at product attributes, such as place and method of production, provenance and background story, care of the local economy, animal and worker welfare, environmental impact and overall sustainability. International Food & Meat Magazine highlights some of the key points about the protein economy from David Hughes, Emeritus Professor of Food Marketing, Imperial College as well as many other challenges the meat sector will face in the future.
Duck farmers planning to boost production as demand grows in Canada and Mexico
Despite a surge in cheap imports, Canadian duck producers are planning to boost production due to growing consumer demand spurred on by celebrity chefs and the reopening of the Mexican market.
Brome Lake, the country’s oldest processor of domestic Pekin duck, is spending $30 million to build a facility in a former beef plant in Asbestos, Que., that will double its annual production capacity in five years to four-million birds. Ontario rival King Cole Ducks also plans to increase its output to stay competitive.
Canada’s three largest producers, which also includes B.C. supplier Fraser Valley Specialty Poultry, expect overall annual production to double from the current level of 5.5-million ducks.
Although pricier than chicken, the red meat protein is increasingly being selected as an alternative to beef, which has experienced steep price increases.
An agreement with Mexico announced in March could help Canadian producers to progressively regain more than $3 million in annual sales of fresh chicken, turkey and duck, Ottawa said.
Learn more about sanitary turn-key poultry & meat processing solutions from Tri-Mach Group here.
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The latest use for soy could fight food poisoning. University of Guelph researchers are using soy extracts – isoflavones and peptides – to prevent the growth of microbial pathogens that cause foodborne illnesses.
Suresh Neethirajan is a University of Guelph engineering professor and director of the BioNano Laboratory. Neethirajan and his research team have found soy extracts can be more effective in fighting against bacteria, including Listeria and Pseudomonas pathogens, than current synthetic chemicals commonly used to preserve foods.
Already consumed in everyday food products, soybean derivatives are can be found in food including baked goods, canned foods, cheese, cooking oils, ice cream, and meat alternatives.
“Studies have shown heavy, continued use of current chemical antimicrobial agents can cause strains of bacteria to become resistant and making them ineffective,” says Neethirajan, explaining they also kill all bacteria – good and bad. “Using this soy alternative in food products will only target pathogenic or bad bacteria, leaving the good, healthy bacteria in foods that aid in digestion and help us properly process the food we eat.”
Because the soy extracts have the ability to selectively inhibit the growth of pathogenic bacteria compared to beneficial bacteria, some health issues commonly associated to the synthetic-based food preservatives will be eliminated, notes Neethirajan.
This project has received support from the Ontario Ministry of Research and Innovation, the Natural Sciences and Engineering Research Council of Canada, and Agriculture and Agri-Food Canada.
The right equipment can also reduce the risk of food poisoning. Learn more about Ever-Kleen® technology from Tri-Mach Group here.
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Ask anyone on the street whether they want to eat safe food, and undoubtedly the answer would be yes. Experiencing a food-borne illness is not only unpleasant, it can be deadly.
But technologies such as irradiation that can make food safer have historically been a tough sell. A public backlash caused Health Canada to nix its plan in 2002 to allow ground fresh and frozen beef to be irradiated. People simply didn’t like the idea.
Treating food products with ionizing radiation can reduce the presence of mould, E coli, salmonella, campylobacter and parasites without reducing nutrition or food quality. International authorities such as the United Nations and the World Health Organization agree it is safe.
Although the technology has been approved for use in Canada since 2002 on potatoes, onions, wheat, flour, whole wheat flour, whole and ground spices and dehydrated seasoning preparations, it is currently mostly just used on spices — if at all. But independent inquiries into the 2008 listeriosis contamination of processed meats sold by Maple Leaf, and the 2012 E. coli crisis affecting XL Beef, recommended Canada fast-track new technologies that contribute to food safety.
A survey of consumer perceptions in 2014 suggests public sentiments range from comfortably oblivious to vaguely supportive.
“Although the vast majority of respondents (72 per cent) had not heard of food irradiation, overall perceptions of food irradiation were slightly more positive (30 per cent) than negative (21 per cent) when respondents were informed that irradiation is a food-safety measure that reduces levels of bacteria that cause food poisoning and food spoilage.”
As well, survey respondents were adamant (83 per cent) irradiated food should be labelled. That’s considered a “positive shift” in public opinion.
Read Tri-Mach’s newsletter article about irradiation here.
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Wood-derived ingredients could be future of food, researchers say
Manufacturers could soon be using wood-derived polymers such as xylan, fibrillated cellulose and lignin to improve the texture and reduce the energy content of food products, according to Finland’s VTT Technical Research Centre. The Espoo-based organisation said that the wood-derived ingredients could be used in yogurts, baked goods such as cakes and muffins, and meat products.
As the food industry searches for new natural ingredients that improve the quality of products and promote consumer health, its research has shown that the polymers have properties that make them stand out from their traditional counterparts.
Xylan, a hemicellulose extracted from birch pulp, could be used as texture enhancer in yogurt: VTT’s studies shown that xylan can improve the smoothness of yogurt and enhance its stability when compared to conventional manufacturing techniques.
Fibrillated cellulose, which is produced by wet-grinding cellulose fibres, forms a web-like gel that could be utilised as a thickening and stabilising agent for fermented dairy products – yogurt included. It may also reduce cholesterol in the human body.
VTT tested lignin in the manufacture of muffins and found that, in addition to giving muffins a fluffier texture, lignin proved to be a surprisingly efficient substitute for whole eggs and egg yolks. Lignin also functioned as an emulsifier in mayonnaise and contributed to juiciness in a meat product, VTT said.
Amazon is going to start selling its own brands of snacks, diapers and detergent — a move lots of traditional retailers have already made. But Amazon isn’t a traditional retailer, so this move could be very meaningful for Amazon and its competitors.
The e-commerce powerhouse will soon begin selling its own packaged goods exclusively to Amazon Prime members under brands like Happy Belly and Mama Bear, the Wall Street Journal reports. Recode reported in February that Amazon was testing out the Mama Bear brand name.
Amazon already sells things like electronic accessories, office supplies and even clothing under a variety of its own brand names. Now it’s going all in on groceries and household products.
While some people will point out that so-called “private labeling” is nothing new — grocery stores and big-box retailers have been increasingly pushing their in-house brands — this is a much bigger deal. That’s because the growth in retail is all going to be online, and Amazon owns online. It already accounts for half of all sales growth in U.S. e-commerce.
The managements of St-Hubert Group and Cara today announced the signing of an agreement which will make Cara the owner of St-Hubert Group.
St-Hubert Group owns the St-Hubert Rotisserie chain, with 120 restaurants, primarily in Quebec, Ontario and New Brunswick, as well as St-Hubert Retail, the agrifood division that produces and distributes several food products in Quebec and elsewhere in Canada. Cara manages a number of restaurant chains in Quebec and across Canada, including Swiss Chalet, Milestones and Harvey’s.
The current St-Hubert Group management team will continue to oversee operations, ensuring market practices are respected, both for customers and for employees and franchise owners. In addition, St-Hubert will maintain its head office in Quebec.
Jean-Pierre Léger, chairman and CEO of St-Hubert Group, said this acquisition will create one of the largest restaurant and food-processing companies in Canada. It is part of a process aimed at ensuring the growth and sustainability of St-Hubert Group, one of Quebec’s most respected restaurant and food-processing companies. He added that he will continue to be available to advise and support existing teams to ensure a smooth transition over the next few months.
Imagine a scanner the size of a grain of rice, built into your phone. You go to the grocery store and point it at something you want to buy. If it’s an apple, the scanner will tell you what variety it is, how much vitamin C it has and how long it has been in cold storage. If it’s a fish, you’ll learn whether it’s really orange roughy or just tilapia being passed off as something more expensive. If it’s a muffin, the device will tell you whether there’s gluten in it.
Although you won’t be able to do it tomorrow, this isn’t some kind of distant Jetsonian vision of the future. I’ve held the rice-size scanner in my hand; it was built for only a few dollars. I’ve seen bigger, more robust versions of the scanner do the things that your smartphone will be able to do, probably during the administration of the president we’re deciding on right now.
Every substance reflects (and absorbs) light in a different way, and the graph of that reflected light is a kind of optical fingerprint. Except it’s better. Although the whorls and lines in our fingertips don’t say anything inherent about their owner (See that swirl? Doesn’t mean you’re smart.), the peaks and valleys of the optical fingerprint do. That peak there is vitamin C. That other one is sugar. This pattern means gluten.
Identifying a food and its characteristics based on the scan is a twofold job: First, you simply match the optical reading to a library of known objects; second, you read the topography of the graph to zero in on specific characteristics. The two together can tell you an awful lot about what you’re scanning.