As we explained in this previous post, vertical farming is a farming technique where crops are grown indoors in a laboratory-like, climate-controlled space. Instead of a crop being limited to geographical regions that provide the ideal growing conditions, vertical farmers can fine-tune the level of water, nutrients, humidity and temperature, as well as light frequency, duration and intensity to create the most ideal environment possible for the crop to grow.
A handful of rural conventional farms are the mega-producers that supply vast swathes of the country with fruits and vegetables, generally located far away from the urban and suburban areas where their crops are shipped to be made available to consumers. The shipping journey — often spanning thousands of miles of highway or open ocean — leads to large amounts of waste and product loss, in addition to creating a large carbon footprint.
Vertical farming is a soilless method of farming that takes place inside a climate-controlled, laboratory-like environment. Farmers are able to fine-tune indoor spaces to the crops they want to grow, instead of being limited to growing crops that a particular outdoor area can support.
The ability to grow in-demand produce without the massive footprint of an outdoor farm, regardless of climate, has led to more vertical farming facilities in urban areas, where produce is grown, harvested and quickly shipped to retailers in the same city. This cuts down on product loss and shipping damage while increasing the shelf life and quality of produce once it hits the shelves.
Most food and beverage companies aren’t against being more eco-friendly — it’s just that achieving sustainability in a food processing plant can be easier said than done.
The upfront investment associated with energy-efficient solutions, such as “green” building materials and equipment, can be difficult to justify. How do you know which energy-efficient options will provide the best return on investment?
As we observe Earth Day this week, let’s look at ways to invest in your food plant that are both good for the planet and provide a solid return on investment (ROI).
We live in a world where we have unprecedented access to a wide variety of data — and food and beverage plants are no exception. Owners increasingly want to know what’s going on in their facilities from water and electricity consumption to other processing and mechanical data.
Building management systems can monitor and control various elements throughout a building, such as:
While these systems are utilized in various commercial buildings, they’re especially important in food manufacturing facilities, which use a significant amount of energy and water in their processing.
If you’re not familiar with low-impact development (LID), you may want to keep reading before building your next facility or warehouse. Thanks to recent changes in LEED requirements, we’re going to see an increase in projects utilizing LID in the near future.
What exactly is low-impact development? How can you make the most of LID and maximize it when applying for LEED certification? Let’s unpack what it means for your next project.
Food and beverage manufacturing facilities are notorious for how much water they consume. While water is central to your plant’s operations, there may be ways you can operate more efficiently and be smarter about how your plant uses water.
Optimizing your water consumption is not only better for the planet, but it may save you in utility costs as well. Let’s look at five basic ways to reduce water consumption in a facility.
When it comes to green building, LEED v4 is the new standard. As of October 31, 2016, the United States Green Building Council (USGBC) will only accept new LEED registrations under LEED v4. Although the registration date was extended, the last day projects can submit for v3 certification — the sunset date — is still June 30, 2021.
The latest version of the LEED rating system features more rigorous standards, and while some of the credits and prerequisites are essentially the same as the 2009 version, there are some significant changes.
I outlined those changes in a previous post, but now let’s take a closer look at some of the new prerequisites and credits ushered in by LEED v4, specifically those involving energy use and environmental impact.
So you want your building to be LEED certified, but what level should you pursue? Does a more energy-efficient facility mean completely revamping your processing? What about food safety?
LEED certification is a good thing, but it should not dictate every decision in a new-build or plant renovation. Checking credits off your LEED checklist shouldn’t come at the expense of performance and food safety.
Let’s look at some factors to designing a sustainable facility that go beyond the traditional aspects like electricity and water use. But first things first: where to begin?
Everyone wants to improve their energy management, and while there are countless best practices to improve energy efficiency in your processing, I look at it from an engineering perspective.
When designing a new facility or renovating an existing one, I consider the different ways the plant can prioritize energy management within each engineering group that brings the building to life. Let’s explore how you can design energy management into your next greenfield or renovation project.
Did you know that up to 60 percent of a manufacturing facility’s total operating expenses comes from industrial refrigeration? It’s no surprise that refrigeration efficiency is a priority.
However, engineers often look to optimize individual components rather than taking a holistic approach, leading to wasted energy and operational inefficiencies. To avoid this fragmented approach, here are six steps to optimize the entire system and achieve the greatest energy efficiency:
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