Food and beverage companies have seen a major increase in demand for their products in the past few years. The COVID-19 shutdowns changed consumer habits: Instead of dining out or ordering takeout, consumers spent more money having their groceries delivered, making their own meals at home and discovering new food and beverage products.
This increase in demand is driving many food manufacturers to consider automating their packaging processes to improve efficiency. However, choosing the right level of automation takes time and research. There is no one-size-fits-all approach, since the level of implementation will impact your initial costs as well as your return on investment.
The flooring systems in food and beverage processing areas are an essential component of the facility’s daily operation. Whether you’re evaluating flooring in a food production, storage or welfare space, the floor’s cleanability, resilience, durability and surface characteristics are integral to the space’s sanitation and safety.
Selecting the appropriate flooring system for each area is an important and nuanced operational and budgetary decision, especially in a highly regulated industry like food processing. The decision requires careful consideration in the earliest stages of the design and construction process.
“If the workplace is designed to meet peoples’ needs, it demonstrates the employer’s commitment and enables employees to be fully engaged in the workplace,” says Jeff Sanford, an ergonomics expert at VelocityEHS, a provider of environmental health and safety (EHS) solutions.
Sanford recently spoke at a webinar hosted by Food Processing magazine, in which he shared best practices for improving ergonomics and employee safety within the food and beverage industry.
The goal of ergonomics is to prevent soft-tissue injuries and musculoskeletal disorders (MSDs)caused by sudden or sustained exposure to force, vibration, repetitive motion and bad posture. This is especially important in the U.S. food and beverage industry, which has the highest lost-workday incidence (LWDI) across all industries with a rate of 6.5 injuries and illnesses per 100 full-time workers, compared to the standard of 3.3.
These numbers especially matter in today’s competitive labor market. A recent study on ergonomics cited in the webinar found employee turnover dropped anywhere from 23% to 49% within companies that employed an ergonomics strategy. Meanwhile, the same study found absenteeism dropped between 42% and 116%. These statistics could help some processing facilities justify the cost of implementing ergonomic changes.
What can facility owners and plant managers do to improve employee ergonomics? Below are some common issues and solutions shared during the webinar.
Food processing facilities have come a long way since pre-industrial days. Each year, food and beverage companies rely more heavily on automation, high-tech building management systems, remotely accessible machine sensors, modern data collection and the latest technology. While these innovations can help facilities run more smoothly, they can also leave them vulnerable to data breaches and cyberattacks.
In 2020, the average cost of a cyberattack was approximately $3.86 million,according to the Association for Packaging and Processing Technologies (PMMI). When computer intrusions happen, cybercriminals are typically seeking out a company’s intellectual property or customer and client data that can be exchanged for digital currencies, like passwords, protected health information, personal identity information and credit card information.
Every company will be targeted by a malware or ransomware attack at some point. It’s just a matter of when, so it’s vital to have a robust cybersecurity plan that protects your assets and information.
Signing on a new construction or renovation project presents an exciting time for food manufacturing owners ready to embark on the next stage of their business plan. A commissioning partner who uses a vertical start-up model can help ensure a smooth project handover.
Applying best practices for commissioning and coordinating with owner equipment manufacturers (OEMs) early on can ensure facilities achieve full performance much faster and at a fraction of the cost compared to traditional methodologies.
Successful BI and analytics strategies are only possible when the database where information is stored is properly maintained. If any member of your team inputs incorrect or incomplete data, you’ll ultimately get inaccurate results, which could end up costing your facility money and time.
Modern data collection and analytics have created infinite opportunities for businesses to leverage information to their advantage. Even the simplest piece of information can prove incredibly valuable to an operation when organized and used correctly.
However, storing data to let it sit collecting dust is a waste of time and resources. This is especially apparent in the food processing and construction industries because every moving piece can be cataloged and therefore analyzed to the user’s benefit.
Operable refrigerant systems have been in use since the 1830s, with ether as the original refrigerant. Over the years, the use of refrigerants has evolved as technology has advanced and research has revealed more about the impacts these substances have on the environment.
New restrictions continue to be placed on the use of refrigerants, making it more important than ever for manufacturers, as well as commercial and industrial owners, to stay up-to-date with the latest trends and changes.
“If direct and indirect emissions are combined, the industrial sector is the largest emitting sector in the U.S. economy, responsible for 29.6% of total emissions,” according to data provided by C2ES.
While you may be familiar with Building Information Modeling (BIM), it’s often underestimated and pigeonholed as merely a design and construction tool. However, when implemented strategically, BIM is the key to turning industrial facilities into long-term sustainability powerhouses and providing transparency and a sense of order to what has historically been a nebulous process.
A building’s design, construction and operation produce data that comprise a complex puzzle — BIM helps solve it.
Like the human body is dependent upon veins and arteries to support a beating heart, so are food-grade hoses vital to safely connecting various stages of production to an uncompromised finished product.
Safety is the number one priority of every food processor, and as such owners need to protect the safety of the food they handle every step of the way.
Selecting the correct hoses is essential to success, especially when there are a variety of hoses on the market created for a range of applications, from distilleries to dairies. The specification process becomes paramount: A poorly chosen hose can easily become a weak link in a plant’s food safety program, and even prove a danger to employees.
Degradation from fats and oils is a perpetual battle in maintaining the integrity of hoses, as are other conditions, such as functioning under high pressure as well as the high temperatures of the liquids they transport. Abrasion from machines and flooring within the facility is an added consideration that is sometimes overlooked.
Food Processing magazine hosted a webinar in December discussing the importance of food-grade hoses for food production. Food Processing magazine editor-in-chief Dave Fusaro led a conversation on the topic alongside two experts from Parker Hannifin Corporation: Matthew Davis, business development manager of the Hose Products Division, and Dylan Shamakian, sales manager of Fluid Connectors Group Hose Products Division.
Here are some of the most important things to consider when choosing the right hose to keep employees and products safe: