How Local Businesses in Omaha Are Going Green with IBC Reuse

The Omaha metro area is home to one of the densest concentrations of food processing operations in the United States. From meatpacking giants to specialty sauce producers, these facilities consume enormous volumes of liquid inputs -- cooking oils, vinegar, flavorings, cleaning agents, and water treatment chemicals -- most of which arrive in industrial packaging.

Traditionally, many of these inputs arrived in 55-gallon drums or single- use pails. A mid-size food processing plant might go through 200 to 400 drums per month, generating thousands of pounds of steel and plastic waste annually. Switching to IBC delivery consolidates five drums into a single reusable container, cutting packaging waste by 80 percent or more per batch.

Local food processors have reported tangible results from the switch:

• Reduced waste hauling costs: Fewer empty drums means fewer waste pickups. Businesses report saving $500 to $2,000 per month on waste removal after switching to IBCs.
• Lower product costs: Suppliers often offer a per-gallon discount when customers accept IBC delivery instead of drums, because IBCs are cheaper for the supplier to fill, ship, and manage.
• Less labor: Handling one IBC takes one forklift operator two minutes. Handling five drums takes one worker 15 to 20 minutes with a drum dolly. The labor savings compound across hundreds of deliveries per year.
• Cleaner facilities: IBCs dispense through a sealed bottom valve, reducing spills and drips compared to pouring from open drum bungs. This improves food safety audit scores and reduces slip-and-fall risks.

Food-grade IBCs for processing applications are available in our new and reconditioned inventory, with documented food-grade certification on every unit.

Omaha's craft beverage scene has exploded in the past decade, with dozens of breweries, distilleries, and cideries now operating across the metro. These businesses are disproportionately values-driven -- their customers care about quality, locality, and sustainability, and the businesses respond in kind.

IBC tanks have found several roles in local craft beverage operations:

• Cleaning chemical storage: Breweries go through large volumes of caustic soda (NaOH), peracetic acid, and sanitizing agents for CIP (clean-in-place) systems. Receiving these chemicals in IBCs rather than drums reduces packaging waste and improves chemical handling safety.
• Water storage: Brewing water is often pre-treated and stored in IBCs before use, allowing precise mineral adjustment and temperature control. A 275-gallon IBC holds enough water for a standard 7-barrel brew.
• Spent grain water capture: Some breweries capture sparge water and grain-rinse water in IBCs for reuse in non-critical applications, reducing their total water consumption.
• Ingredient transport:Liquid malt extract, fruit purees, honey, and other brewing adjuncts are shipped in food-grade IBCs from regional suppliers. The IBC's bottom valve feeds directly into the brew kettle.

One Omaha-area brewery reported reducing its packaging waste by 4,000 pounds annually simply by switching its chemical supply chain from drums to IBCs. The used IBCs are returned to the supplier for refilling, creating a true closed-loop system.

Omaha's landscaping companies have discovered that IBC tanks are indispensable field tools. The city's hot, dry summers demand reliable irrigation for newly installed landscapes, and hauling water to job sites is a daily reality for most landscaping crews.

Here is how local landscapers are using IBCs:

• Mobile water supply: A 275-gallon IBC on a flatbed trailer provides enough water to irrigate a newly planted residential landscape for an entire day. The bottom valve feeds a gas-powered transfer pump or gravity-fed soaker hose. No more running back to the shop to refill small tanks.
• Herbicide and fertilizer application: Landscapers who offer lawn care services mix spray solutions in IBCs, which feed their truck-mounted spray rigs. The large volume reduces mixing frequency and ensures consistent concentration throughout the day.
• Rainwater collection for nurseries: Several Omaha-area nurseries have installed IBC rainwater collection systems on their greenhouse roofs, reducing municipal water usage for nursery stock irrigation. See our water conservation guide for more on this approach.
• Equipment cleaning: A dedicated IBC at the yard or on the trailer provides rinse water for equipment cleaning at the end of each day, keeping trucks and tools in good condition without relying on customer water hookups.

The economics are compelling: a used IBC tote costs less than a purpose-built water tank of the same capacity, and the integrated pallet base makes it easy to load and unload with a standard shop forklift.

Omaha's manufacturing sector -- from metal fabrication to paint production, chemical blending to adhesive formulation -- consumes and generates large volumes of bulk liquids. IBC reuse has become a cornerstone of waste reduction strategies for several local manufacturers.

The Reuse Cycle in Action

A typical closed-loop IBC program at a local manufacturer works like this:

1. Receive raw materials in IBCs from chemical suppliers. Solvents, resins, coatings, and additives arrive in UN-rated IBCs.
2. Use the contents in production. The IBC feeds directly into the process via the bottom valve, reducing handling and exposure.
3. Collect the empty IBCs. Instead of discarding them, empty IBCs are accumulated on a designated area of the facility.
4. Sell or return the empties. The manufacturer either returns IBCs to the original supplier for refill (if the supplier offers a return program) or sells them to us for cleaning, grading, and resale.
5. We grade and resell the IBCs to other businesses, farms, and DIY customers who put them back into service for different applications.

This cycle keeps IBCs in productive use for years, diverts plastic and steel from landfills, and generates revenue (or at least offsets disposal costs) for the manufacturer. It is a genuine circular economy in action, operating right here in the Omaha area.

The ripple effects of IBC reuse extend beyond individual businesses:

• Landfill diversion: Every IBC reused instead of discarded diverts 135 to 160 pounds of plastic and steel from the landfill. Across hundreds of IBCs per year, the cumulative impact is measured in tons.
• Local job creation: The IBC collection, cleaning, reconditioning, and resale industry supports jobs in logistics, inspection, equipment operation, and sales -- right here in the Omaha metro.
• Affordable containers for small businesses: When large manufacturers and processors sell their used IBCs into the secondary market, they make affordable containers available to small farms, startups, and homeowners who could not justify the cost of new equipment.
• Reduced transport emissions: Consolidating 5 drums into 1 IBC means fewer trucks on the road, less fuel burned, and lower emissions per gallon of product moved. For a detailed analysis, see our article on the environmental cost of single-use packaging versus IBC reuse.