Overview

A major producer in the food ingredients sector was facing a growing operational challenge: their liquid bulk packaging was consuming too much space, too much money, and too much labor. Their existing one time use containers were bulky, expensive, and could only be stacked two high when filled—creating storage bottlenecks across multiple facilities. They needed a safer, more efficient, and more sustainable way to move high volume liquid products through their network.

The Challenge

  • Severe space constraints due to low stacking capability
  • High packaging costs from single use containers
  • Inefficient storage and transport density
  • Risk of contamination from disposable packaging
  • A desire to reduce environmental impact without disrupting operations

The customer required a packaging system that could handle heavy liquid loads, improve warehouse utilization, and eliminate the waste associated with one time use containers.

Our Approach

We introduced our collapsible liquid bulk container, engineered for high stacking strength, cleanliness, and reusability. To ensure seamless adoption, we worked directly with:

  • Their production facilities to validate filling, handling, and storage
  • Their logistics teams to optimize freight and return flows
  • Their sustainability group to quantify environmental impact reductions

The container’s design—capable of stacking five high when filled, each holding up to 3,400 lbs—immediately addressed their space and efficiency challenges.

The Results

The shift to our reusable liquid bulk container delivered measurable, enterprise wide benefits:

  • Stacking increased from 2 high to 5 high, unlocking major floor space savings
  • Contamination risk eliminated through a clean, closed loop system
  • Significant carbon footprint reduction by replacing single use packaging
  • Over $1.3 million in annual savings from packaging, freight, and storage efficiencies
  • Zero upfront investment, thanks to a flexible leasing model

The customer not only solved their space constraints—they transformed their entire liquid handling process into a cleaner, more cost effective, and more sustainable operation.

Why It Worked

  • A reusable container engineered for high density stacking
  • A leasing model that removed capital barriers
  • A collaborative rollout across production, logistics, and sustainability teams
  • A solution that improved efficiency at every stage of the supply chain