The US foodservice industry is discovering the benefits of receiving fresh green bean supplies in lean, modified atmosphere bulk packaging (MAP) newly developed by sustainable packaging experts StePac, Ltd. The company’s advanced solution under the brand name Xtend® targets food waste in the foodservice supply chain and delivers added benefits of preserving the quality, crispiness, and glossy green color of fresh green beans while maintaining full fresh flavor. Stepac will showcase this innovative solution at the upcoming Fruit Logistica in Berlin, February 5-7, hall 26, booth #D10.
StePac developed modified atmosphere packaging films inbuilt with ideal water vapor transmission rates (WVTR) that eliminate the excess moisture from fresh green bean packaging, mitigating risk of decay and reducing sensitivity to russeting. The company’s proprietary solution also preserves the crispiness and glossy green color of fresh green beans and prevents excessive weight loss caused by dehydration. “Our technology offers a solution for helping curb that waste and enhancing the quality of the produce reaching the kitchens. It also isn’t limited to green beans but extends to a range of other vegetables, such as peas, carrots, broccoli, brussels sprouts, and others that are freshly bulk packed exclusively for the foodservice sector,' notes Gary Ward, Ph.D., Business Development Manager for StePac.
StePac’s packaging solutions can help increase the shelf life of green beans and other vegetables, often by as much as 50-100%, and allows foodservice providers to serve vegetables cooked from higher quality fresh produce, more sustainably and with reduced waste.
StePac offers a range of films that cater to nearly every requirement. In addition to Xtend carton liners, its groundbreaking Xflow™ films, with their patented sealing layer, have facilitated applicability for automated packaging, such as vertical form-fill and seal (VFFS) packing. This lets the packaging of green beans and other vegetables meet the demands of high turnover facilities and is already gaining momentum within facilities in regions of the US, especially Florida.
“The new Xflow packaging supports high-speed, high-throughput automated packaging lines for fresh vegetables; supports distributors and growers; and better meets the needs of hotels, restaurants, hospitals, and other institutions across the US,” adds Ward. “Foodservice sites can receive enhanced quality produce while enjoying the benefits of reduced labor costs.”
StePac developed modified atmosphere packaging films inbuilt with ideal water vapor transmission rates (WVTR) that eliminate the excess moisture from fresh green bean packaging, mitigating risk of decay and reducing sensitivity to russeting. The company’s proprietary solution also preserves the crispiness and glossy green color of fresh green beans and prevents excessive weight loss caused by dehydration. “Our technology offers a solution for helping curb that waste and enhancing the quality of the produce reaching the kitchens. It also isn’t limited to green beans but extends to a range of other vegetables, such as peas, carrots, broccoli, brussels sprouts, and others that are freshly bulk packed exclusively for the foodservice sector,' notes Gary Ward, Ph.D., Business Development Manager for StePac.
StePac’s packaging solutions can help increase the shelf life of green beans and other vegetables, often by as much as 50-100%, and allows foodservice providers to serve vegetables cooked from higher quality fresh produce, more sustainably and with reduced waste.
StePac offers a range of films that cater to nearly every requirement. In addition to Xtend carton liners, its groundbreaking Xflow™ films, with their patented sealing layer, have facilitated applicability for automated packaging, such as vertical form-fill and seal (VFFS) packing. This lets the packaging of green beans and other vegetables meet the demands of high turnover facilities and is already gaining momentum within facilities in regions of the US, especially Florida.
“The new Xflow packaging supports high-speed, high-throughput automated packaging lines for fresh vegetables; supports distributors and growers; and better meets the needs of hotels, restaurants, hospitals, and other institutions across the US,” adds Ward. “Foodservice sites can receive enhanced quality produce while enjoying the benefits of reduced labor costs.”
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