COVINGTON, LA – Allpax, powered by Pro Mach, said today canneries can increase production capacity with no additional plant real estate required. Canneries that replace old swing-open door retorts with Allpax orbital door retorts can expect capacity increases from 8 to 33 percent, depending on the current basket capacity of the retort room.
Allpax orbital door retorts rotate up thus using floor space more efficiently than retorts with the swing-open configuration. Allpax personnel will conduct cannery audits that examine and report on cost effective ways to expand capacity and productivity as well as lower energy costs and water utilization. The goal is to add years of higher capacity production to the cannery and to improve the overall sustainability of the operation.
The following chart illustrates the typical range of capacity expansion to expect from projects that replace swing-open door retorts with new Allpax orbital door retorts.
|# of Retorts||Baskets per Retort w/swing-open door.||Total production baskets per retort room||Baskets per retort/w 1 orbital door||Total production baskets per retort room||% increase in capacity||Baskets per retort/w 2 orbital doors||Total production baskets per retort room||% increase in capacity|
Allpax helps to improve the environmental footprint of the cannery with energy and water savings
The Allpax cannery auditor will also examine energy and water usage and prepare a cost/benefit analysis of incorporating Allpax energy and water savings technology introduced in 2015. The new Allpax water saver system reduces the cost of water disposal and usage by up to 50 percent, while making free hot water available for plant operations. This cooling water recovery technology gives canneries the ability to use the hot water from a standard water spray retort cycle during the first stages of cooling to capture hot water, and then in the second stages of cooling to contain the warm water and use it in the next cycle instead of disposing of it.
The Allpax waste-heat recovery technology captures steam in a vented tank where it condenses into hot water. This water can be used to supplement hot water in lavatories and cleaning stations or it can be run through heat exchangers for heating food or other processes at the plant. Canneries may be eligible for state and federal tax benefits when these systems are incorporated into the operation.
Cannery personnel interested in a capacity expansion and energy and water sustainability audit should call 1-888-893-9277. Visit www.Allpax.com for a comprehensive overview and other products and services, including retort room automation and basket tracking technology as well as the versatile 2402 lab retort.
About Allpax Products
Allpax Products, a market leader in retort technology and retort room automation, designs, manufactures, and delivers turnkey sterilization solutions for the food, beverage, pet food, and pharmaceutical industries. The company is recognized for helping customers become more successful by decreasing time to market with laboratory retort equipment, lowering overall labor costs through automation, and increasing the overall throughput of the sterilization process. www.Allpax.com
About Pro Mach
Pro Mach is a leading provider of integrated packaging and processing products and solutions for food, beverage, consumer goods, pharmaceutical, and other diverse companies. Through its brands, Pro Mach provides product packaging and processing equipment, PMMI certified training, installation, parts, and service in Bottling Capping, Primary Packaging, Flexible Packaging, Material Handling, Identification Tracking, and End of Line Packaging.
Pro Mach has a diverse customer base, from Fortune 500 companies to smaller, privately-held businesses worldwide, which depend on reliable, flexible, technologically advanced equipment and integrated solution sets. Pro Mach is headquartered near Cincinnati, Ohio, with manufacturing facilities and offices throughout the United States, Canada, and Europe. For more information about Pro Mach, visit www.ProMachInc.com.