Showing posts with label ammoniated beef. Show all posts
Showing posts with label ammoniated beef. Show all posts

Tuesday, September 18, 2012

Pushback II

It's Baaack!!! photo:

Beef Products Inc. has made a splash this past week. After the eating public decided that they didn't really want ammoniated "lean finely textured beef" in their food chain--yes, the "pink slime" issue--BPI's business took a punch to the face. After Jaime Oliver's piece on ammoniated beef ran on ABC, " the firm says that what it describes as unfair coverage caused its sales to drop by 80 per cent, forcing the closure of three of its four plants. Roughly 700 workers were laid off, and the company estimates that it is still losing $20m per month in revenue." (The Independent). So they're taking pretty much everyone who ever used the words "pink slime" to court, having filed a lawsuit asking $1.2 billion (US) in damages from ABC.

Friday, April 6, 2012

The Death of "Pink Slime"

As I reported earlier in my Jamie Oliver post, the makers of "finely textured lean ground beef" have had a pretty difficult couple of weeks. From Gerald Zirnstein (a USDA microbiologist) coining the phrase in 2002, to Kit Foshee bringing his concerns to GAP (the Government Accountability Project) and their Food Integrity Campaign in 2008, and the closing of three of four plants by Beef Products International, and the news that AFA Foods have entered Chapter 11 because of the current storm this week, things have moved pretty fast in the last while.
Beef by-products undergoing processing at a BPI plant. Image sourced: Chicago Tribune

The idea of ammoniating beef to kill e. coli bacteria allowed mechanically separated beef to enter the human food chain--before that it was only approved for use in pet foods. Things started to go off the rails when it was claimed that ammoniated beef trimmings would transmit this e. coli-killing ability to ground beef it was mixed with-- a claim that was never tested.
Ammoniating beef was found to be so effective that, in 2007, "exempt from routine testing of meat used in hamburger sold to the general public." From the beginning, finely textured lean ground beef was seen as both a cheap extender of ground beef (ground beef could conatain up to 15% ftl ground beef without any requirement to list it as an ingredient), and as a way of ensuring that the traditional ground beef was somehow protected against e. coli contamination.The problem was that, at the concentrations required by the USDA, ground beef mixed with ammoniated ground beef smelled bad. Bad enough that shipments of it were occasionally returned as having been spoiled during transport, when in fact they just smelled that way.
Ammonia concentrations were reduced to meet these concerns--thus negating both the ammmoniated beef's protection from e. coli and the alleged "knock-on" effect of protecting the meat it was mixed with.It should be noted, however, that no case of e. coli contamination has been traced back to BPI's ammoniated beef, although there have been several e. coli-related ground beef recalls in the last decade.
Thankfully, ammonia has never been approved as a treatment method for ground meat in Canada, nor is it supposed to be imported (although there seems to be some fuzzy areas around the importation rule, with Health Canada Canada allowing finely textured meat to be "used in the preparation of ground meat" and "identified as ground meat" under certain conditions). With pretty much every major fast food operation in the US using pre-made hamburger patties buying ground beef with the allowed 15% of ammoniated beef, one is left to wonder if any Canadian operation ended up using US-made patties.
Ammonia isn't the only compound used in food processing. For example, we've seen a rise in the use of cellulose as a food extender in the last while, and a report on food fraud has just been published in the April Journal of Food Science (not available online, but there's a press report). In fact, there's an entire site dedicated to food fraud reporting.  On the USDA website, you can get a list of the various chemicals used in industrial food production (links to a pdf). I wish I could say that it was as easy to find something similar on the CFIA website, but it's not. The CFIA websiteseems to be a bit more producer-friendly and a little less consumer-friendly. On the plus side though, there is a dictionary of food additives, available both online and as a downloadable pdf, a guide to meat cuts and the words used on packaging, and some basic food-handling tips.

Monday, November 21, 2011

Infill

I don't usually do this, but with the ongoing impact of the “pink slime” story and there's a pretty good article over at The Street about the increasing use of cellulose as a filler in food, I thought I'd write a little about food additives and adulterants.
Adulterants are distinct from additives in that additives are generally regulated and accepted in use, and adulterants are added to food without the consumers knowledge. In practical terms, additives are legal and adulterants are not.
So the use of cellulose in food is legal. Cellulose is found on the FDA's GRAS list (Generally Regarded As Safe), and so is allowed in food products. The rise in it's use is due primarily to economic pressures to keep food costs down particularly in this period of price spikes from the speculative bubble we're in. The same with “pink slime”; mechanically separated meat treated with ammonia can be added to ground meat products quite legally. Whether we want these substances in our edible food-like products is quite another story.
Adulterants in food have a long and storied history—particularly in bread. Bread, over the years, has had plaster of Paris, alum, sawdust, and mashed potatoes added to it to increase weight or whiteness and defraud the consumer. The British Medical Journal was printing arguments about the presence of adulterants and arguing about how much they mattered back in 1873.
Cellulose is a product on the FDA GRAS list (Generally Regarded As Safe), but the increasing use of filler comes from economic pressures. Commodity prices remain strong (primarily on a bubble due to speculation) and economies remain weak, meaning that producers looking to increase or maintain margins are going to be searching for cheaper alternatives to their traditional products. And food producers are turning to cellulose to add bulk and structure to their edible food-like products.
The use of additives or adulterants (the difference is whether or not the recipient knows about / wants the additive in their food. If it is iodine in salt, that's an additive. If it is plaster of Paris being added to bread, adulterant) in food has a long history, and always for the same reason: economic pressure to supply food as cheaply as possible while maintaining profits. We've seen this with the addition of melamine to milk products in China, in order to more cheaply achieve crude protein content targets. Alum, sawdust, and mashed potatoes have historically been added to bread to increase weight or the whiteness of the flour.
Food adulteration is directly tied to industrialization; both the industrialization of food production and the migration of populations out of the countryside to the cities. Low wages increase the need for cheap food, the drive for cheap food encourages adulteration.
These days, it's the GRAS list that defines the difference between adulterant and additive. That food will have additives is taken as read, as long as the ingredients appear on the GRAS list, it's generally acceptable. Consumers often disagree, as with the addition of HFCS (high fructose corn syrup) to honey. Or pink slime to ground meat products.
Of course, there's always the option of TSP, or Textured Soy Protein. But a fairly recent study shows how the manufacturing process leaves behind a residual level of hexane. Hexane is used as a solvent to separate fats from protein in the making of soy protein (well, in all fairness, not just soy protein. Its used with corn and other plants too, for the same purpose). Mother Jones has an article on the report, along with an FAQ, and Slate weighed in with an article as well. As is pointed out, there has been little research on whether or not hexane, when consumed, is a problem. It certainly is when we breathe it, but as to eating it, well, that seems to be a lot less immediately toxic. There are even alternatives; when it comes to complex processing to create vegetarian fare, mycoprotein has to be a bit better, but not by much. At least they're not currently using a neurotoxin in the process.
But as consumers, we have to ask ourselves, just how much responsibility or concern should we have for the way our food is prepared? Do we want to eat food that is killing those who gather or prepare it? Because, if so, there's a lot more research that needs to be done before we eat various things—particularly out of the industrial food system. For example, pesticides are dangerous to both farmworkers, as this EPA pamphlet demonstrates, and their families.
We create a market for such substances every time we eat food out of the industrial food system. But, as Michael Pollen said in hisWilliams College address, the food system is a fragile thing. What we do as consumers has an impact. If we don't buy something, stores will quit stocking it, meaning fewer people will buy—creating a virtuous circle. Pollen mentions that as few as fifty complaints can get a topic onto a McDonald's board meeting agenda. Positive requests have an impact also. If you ask for more local food, you create a demand that grocers will try to satisfy—meaning more downstream demand for farmers. Anything affects the way the food system acts. It really is that fragile and sensitive. So when you see local produce in your local or chain grocery, ask for the produce manager and compliment him/her. If you don't see local cheese in the dairy aisle, ask for the dairy manager and request it. This can be the politest ruckus you'll ever raise.