Nestle USA announced today the voluntary recall of limited quantities of Nestle Nesquik Chocolate Powder in 10.9-, 21.8- and 40.7-ounce canisters due to the possibility of salmonella contamination.
The voluntary recall is limited to only Nesquik Chocolate Powder, which
was produced in early October and distributed nationally. No other varieties of Nesquik powder or any sizes or flavors of Nesquik ready-to-drink are affected by the recall, according to Glendale-based Nestle USA.
"Nestle is removing the canisters from distribution because the company
was notified by an ingredient supplier, Omya Inc., that it has issued a
recall of certain lots of its ingredient, calcium carbonate, due to possible
presence of salmonella,'' according to a Nestle statement.
Calcium carbonate is used in Nesquik as an ingredient.
There have been no reports of any illnesses or adverse health effects
associated with the affected product, according to Nestle.
The recall is limited to the following sizes, UPC and production codes
of Nesquik Chocolate Powder:
Size UPC Code Production Codes 40.7 oz. Chocolate
(72 servings) 0 28000 68230 9 2282574810 2282574820 21.8 oz. Chocolate
(38 servings) 0 28000 68090 9 2278574810227857482022795748102279574820228457482022845748302285574810228557482
0228757482022895748102289574820 10.9 oz. Chocolate
(19 servings) 0 28000 67990 3 2278574810
To locate the production code, look on the bottom of the canister, adjacent to the consumer expiration date. All affected products have an expiration date of BEST BEFORE Oct 2014.
The product can be brought to the place of purchase for a full refund,
or contact Nestle Consumer Services at (800) 628-7679.
The most common symptoms of salmonella infection are diarrhea, abdominal cramps and fever, which develop within eight to 72 hours of eating or drinking contaminated food.
The illness usually lasts for four to seven days and most people recover without treatment, but it can be severe or even life-threatening for infants, older people, pregnant women and those with weakened immune systems.
