KANSAS CITY — Ingredient suppliers are diversifying their starch sources while starch innovations are centered on elements within baked foods, including sauces in frozen food meals and fruit filling in desserts. Ingredion, Inc., Cargill and Archer Daniels Midland Co. all invested in their starch capabilities recently.
Ingredion, Westchester, Ill., in 2017 acquired the rice starch and rice flour business from Sun Flour Industry Co. Ltd., which is based in Banglen, Thailand. Ingredion now operates four manufacturing facilities in Thailand.
“Rice is an on-trend ingredient,” said Pat O’Brien, senior manager, marketing of Wholesome Springboard for Ingredion and based in Bridgewater, N.J. “It is non-G.M.O., hypoallergenic and gluten-free. Plus, its superior functionality makes it ideal for a variety of uses, including baby foods, dairy products, snacks and gluten-free bakery.”
Rice starch or flour may work in tandem with starches and flours of many bases, including potato, corn and tapioca, he said.
“The base material can contribute to functionality, texture, process tolerance, stability, opacity generation and flavor profile,” Mr. O’Brien said. “A great example would be in gluten-free baked goods where we have found that using a combination of rice with tapioca, as well as other bases, can create an excellent bulk flour system for gluten-free baked goods.”
Ingredion has sought acquisitions, including starch suppliers, in building on its expertise in texture systems. The company in 2015 completed the acquisition of Penford Corp., a supplier of specialty ingredients, including potato starches. Ingredion’s portfolio now includes more than 25 Novation functional native starches aimed at providing the texture and process tolerance performance of a modified starch with a clean label alternative, according to the company.
James P. Zallie, president and chief executive officer of Ingredion, spoke about the company’s portfolio of starches from corn, tapioca, potatoes and rice in a Feb. 1 earnings call. Food being reformulated for health and wellness may mean companies need to build back taste and texture, he said.
“Under that clean label wholesome umbrella, our starch texturization program, along with the TIC Gums acquisition (in 2017) as it relates to more complete formulations, is a big drive,” he said. “Then, in addition, from a product focus standpoint, our potato starches, which we acquired with the Penford acquisition a couple years ago (2015), continues to do well because it provides different functionalities (in) certain applications like snacks and meats and cheese.”
He added Ingredion expects healthy growth from the rice portfolio of Sun Flour Industry, not just in Asia but also in Europe, the Middle East, Africa and North America.
Potato starches are a focus for Minneapolis-based Cargill. The company and its Danish potato starch partner, AAK Langholt AmbA, are investing $22.5 million in a new potato starch production unit at their Langholt facility in Denmark. The plant should start operations later this year.
The investment should benefit SimPure functional native starches that Cargill launched in 2017. The starches offer process tolerance, extended shelf life and storage stability.
“After the initial launch of the SimPure brand in October 2017, we are growing our line of functional native starches to include potato-based solutions,” said Kailee Petersen, Cargill’s product line manager for starch. “These new options, which will be available later this year, will offer a variety of solutions providing food and beverage manufacturers access to the recognizable, simple ingredients consumers demand while achieving necessary process tolerance, retail shelf life and storage stability.”
Cargill in 2017 introduced SimPure 99560, a blend of various botanical starches that has been shown to replace modified starches in frozen-ready meals. The starch leads to freeze-heat stability in mild processing conditions, preventing water separation and producing stable functionality over time. SimPure 99560 starches are a blend of potato starch and tapioca starch, said Shiva Elayedath, senior technical services manager — starch for Cargill.
“SimPure 99560 was not developed specifically for grain-based foods,” he said. “It is focused on culinary and convenience applications, such as frozen foods. In these applications, SimPure 99560 provides viscosity and freeze-thaw stability. For frozen grain-based foods that have a sauce component, SimPure 99560 would offer good freeze-thaw stability.”
Chicago-based ADM in March announced it had agreed to acquire a 50% equity stake in the sweeteners and starches business of Aston Foods and Food Ingredients in Russia.
“ADM has substantially added to our global sweeteners and starches capabilities with acquisitions serving the European Union, Middle East and North Africa markets, and now we are expanding to serve the growing Russian food and beverage industry,” said Pierre Duprat, president of ADM Europe, Middle East and Africa.
Under terms of the agreement, ADM will become 50% owner of Aston’s corn wet mills in Ibred and Novlyanka.
In other starch news, London-based Tate & Lyle, P.L.C. last year introduced Claria instant functional clean label starches. They provide tolerance suitable for various temperatures, acidity and shear and harsh processing conditions. The Claria starches provide immediate viscosity in high-solids systems such as fruit fillings.
“Many pastry fillings and creams contain high solids, particularly sugar, that will increase the cooking temperature of standard cook-up starches to higher temperatures than may be feasible in production settings while cold preparation also offers greater flexibility and speed in production,” said Rachel Wicklund, Ph.D., technical manager, global ingredient technology, Tate & Lyle. “Claria instant starch thickens when stirred into cold water and maintains viscosity under a range of processing conditions while delivering clean taste and white color expected in many pastry creams.”
She added the starches may prevent the “boil-out” of fruit fillings in baked foods.
“Filling ingredients such as sugar, corn syrup and oil or shortening all thin out dramatically when
heated, and those fillings that have not been thickened sufficiently will tend to run and boil over during baking,” Dr. Wicklund said. “In particular, boil-out can be problematic with low sugar fillings that boil faster than those with a higher sugar content do. Claria instant starch thickens bakery fillings at room temperature, prior to the actual baking of the pastry, which slows down heat transfer during baking so that the filling does not reach boiling temperature and boil over, potentially also leading to moisture loss and shrinkage of the filling in the pastry.
“Claria instant starch may also experience less thinning with heat than traditional modified instant starches, which will further improve the quality of the baked filling and prevent boil over.”
She said Claria Bliss tapioca starch may work well in many fillings and glazes that require added clarity and additional set to aid in depositing.
American Key Food Products, Closter, N.J., already offers a diverse portfolio of starches from different sources. The company’s pea starch has an amylose content of about 35%, giving it strong gelling properties. In baked foods, pea starch is stable in process conditions for baked snacks, breakfast cereal and fruit fillings.
The high water-binding capacity of potato starch, measured through its high viscosity, is useful in snacks, meat and baked foods. Its gelling properties may benefit noodles. Tapioca starch does not require high heat to thicken quickly and produces sheen, which may be an attractive attribute in fruit pie fillings. Tapioca starch also may be used in a variety of baked foods and extruded snacks.
Corn is the source of starches from Grain Processing Corp., Muscatine, Iowa. The company’s Pure-Dent oxidized starch is designed for applications where exceptionally white color or superior adhesion properties are required. Batter and breading applications are examples. Pure-Gel products are hydrated easily in high-fat sauce systems. In thermally processed fruit fillings, the low hot viscosity results in reduced back pressure and better fruit integrity.