Sustainability Isn't a Slogan.
It's Our Business Model.
Every process at IBC Tanks Recycle is designed around one principle: extract the maximum useful life from every intermediate bulk container, and recover every possible material when that life is over. We measure our success by what stays out of landfills, not just what goes on our balance sheet.
Start Your Sustainability Journey
Ready to reduce your IBC waste footprint? Request a quote for recycling, reconditioning, or our buyback program.
Our Environmental Impact by the Numbers
These are not projections or goals — they are actual results from our operations, updated annually based on audited material flow data.
IBCs Processed Annually
Each one diverted from the waste stream
Lbs of Plastic Saved Per Year
HDPE recovered from bottles and inner liners
Material Recovery Rate
By weight across all incoming containers
IBCs Sent to Landfill
Our zero-landfill commitment since 2021
How We Close the Loop on
IBC Container Waste
The traditional model for IBC totes is linear: manufacture, fill, ship, use, discard. Every step after "use" represents wasted resources — the HDPE plastic in the bottle, the galvanized steel in the cage, the polypropylene valve assembly, and the energy that went into producing all of it.
Our model replaces "discard" with a decision tree. When an IBC enters our facility, we evaluate its condition against strict grading criteria. Totes that pass inspection are cleaned, reconditioned to meet their original specifications, and returned to market at a fraction of the new price. This typically extends a tote's service life by 3 to 5 additional use cycles.
Totes that can't be reused whole are systematically dismantled. The HDPE bottle is shredded and sent to plastics recyclers who convert it into pellets for new products. The steel cage is separated and channeled to scrap metal processors. Valves and fittings in good condition are cleaned and sold as replacement parts. The result: 95% of every IBC, by weight, re-enters the productive economy.
The IBC Lifecycle at Our Facility
Collection & Intake
We pick up used IBCs from customer facilities or receive inbound freight shipments. Every tote is logged and tracked from arrival.
Inspection & Grading
Each container is visually inspected and pressure-tested. We check the bottle for cracks, the cage for structural integrity, and the valve for seal quality.
Reconditioning or Dismantling
Passing totes enter our wash line for multi-stage cleaning and sanitization. Failing totes are dismantled, with each material type separated for recycling.
Return to Market
Reconditioned totes are inventoried and sold. Recycled materials go to downstream processors. Nothing sits idle; everything moves forward.
Compliance, Standards & Certifications
Environmental responsibility means nothing without rigorous adherence to regulatory standards. Here is how we ensure every operation meets or exceeds requirements.
EPA Compliance
All of our recycling and reconditioning operations comply with Environmental Protection Agency regulations for container handling, wastewater management, and hazardous material disposition. We maintain detailed records of every container processed and every waste stream generated.
Food-Grade Reconditioning
Our cleaning process for food-grade IBC totes follows FDA-aligned sanitization protocols. We use approved cleaning agents, controlled temperatures, and multi-rinse cycles to ensure reconditioned containers are safe for food-contact applications. Each tote receives a certificate of reconditioning upon completion.
Waste Tracking & Reporting
We track material flows through our facility at every stage. Incoming containers are weighed, categorized, and assigned tracking IDs. Outbound materials — whether reconditioned totes, recycled HDPE, or scrap steel — are documented with destination and weight data. This lets us verify our 95% recovery rate and identify opportunities for improvement.
DOT Transport Compliance
Our logistics operations follow Department of Transportation guidelines for the transport of used industrial containers. All pickups and deliveries are conducted by licensed carriers with appropriate insurance, and containers that previously held hazardous materials are handled according to RCRA empty container standards.
Energy-Conscious Operations
Our facility uses energy-efficient equipment, LED lighting throughout, and water reclamation systems in our wash lines that reduce freshwater consumption by approximately 40% compared to single-pass systems. We continuously evaluate new technologies to further reduce our operational carbon footprint.
Employee Safety & Training
Sustainability includes the people who make it happen. Our team receives regular training on safe handling procedures, chemical awareness, and equipment operation. We maintain OSHA compliance across all facility operations and conduct monthly safety reviews.
Our Sustainability Commitments
These are not aspirational statements — they are measurable commitments we hold ourselves accountable to every quarter.
Zero Landfill for All IBC Materials
Active since 2021No IBC tote material — plastic, steel, or component — that enters our facility will be sent to a traditional landfill. Materials that cannot be recycled through conventional channels are processed through waste-to-energy programs as a last resort.
95% Material Recovery Rate or Higher
Current: 95.2%We commit to recovering at least 95% of all incoming IBC material by weight through reuse, reconditioning, or material recycling. Our current audited rate stands at 95.2%, and we are working toward 97% through improved valve and gasket recovery processes.
40% Water Reduction in Cleaning Operations
Current: 42% reductionOur water reclamation systems recapture and filter wash water for reuse in pre-rinse cycles, reducing freshwater consumption by at least 40% compared to single-pass cleaning. We are targeting 50% reduction by the end of next year through additional filtration upgrades.
Carbon Footprint Transparency
In progressWe calculate and publish our annual Scope 1 and Scope 2 emissions from facility operations and owned vehicle fleet. We are in the process of developing Scope 3 tracking for freight and downstream processing partners to provide a complete picture of our carbon impact.
Supplier & Partner Sustainability Standards
ActiveWe vet our downstream recycling and freight partners for environmental compliance and responsible practices. We will not send materials to any processor that cannot demonstrate proper permitting, waste handling procedures, and environmental reporting.
The Environmental Math of IBC Recycling
Understanding the impact of recycling versus discarding a single IBC tote puts the scale of the problem — and the solution — into perspective.
When an IBC Goes to Landfill
- ~50 lbs of HDPE plastic buried underground
- ~33 lbs of galvanized steel wasted
- Takes 450+ years for plastic to decompose
- Microplastics leach into soil and groundwater
- Occupies ~48 cubic feet of landfill space
- All manufacturing energy permanently lost
- Business pays disposal fees with zero return
When an IBC Comes to Us
- HDPE is recovered and recycled into new products
- Steel cage is returned to the metals supply chain
- Reusable totes get 3-5 additional life cycles
- 95% of all material re-enters the productive economy
- Zero material sent to traditional landfill
- Business earns revenue through our buyback program
- Documented environmental credits for your CSR reporting
Continue Exploring
Where Every Pound Goes: Our Material Recovery Breakdown
Transparency is central to our sustainability commitment. Here is a detailed breakdown of how materials flow through our facility, based on our most recent annual audit data.
| Material Stream | % of Total Weight | Avg. Weight/IBC | Destination | Recovery Rate |
|---|---|---|---|---|
| HDPE Bottle | 42% | ~50 lbs | Plastics recycler (pelletization) | 98% |
| Steel Cage | 28% | ~33 lbs | Scrap metal processor | 99% |
| Pallet Base (Steel/Composite) | 18% | ~22 lbs | Scrap metal / wood recycler | 96% |
| Valve & Fittings | 4% | ~5 lbs | Reuse (parts sales) or PP recycling | 88% |
| Gaskets & Seals | 2% | ~2.5 lbs | Reuse or rubber recycling | 75% |
| Labels & Markings | 1% | ~1 lb | Removed during cleaning; paper recycling | 90% |
| Residual Contaminants | 5% | ~6 lbs | Waste-to-energy (last resort) | WtE only |
Lbs of HDPE Recovered Annually
Equivalent to ~37 million single-use plastic bottles
Lbs of Steel Recovered Annually
Enough to build ~30 average automobiles
Lbs of CO2 Emissions Avoided
Compared to manufacturing from virgin materials
The Carbon Math of IBC Recycling
Every IBC tote we recycle or recondition has a measurable impact on carbon emissions. Here is how the numbers work, based on lifecycle analysis data for HDPE and steel production.
Carbon Cost of a New IBC Tote
Carbon Cost of a Reconditioned IBC Tote
Net Carbon Savings Per Reconditioned IBC
By choosing a reconditioned IBC tote over a new one, your business avoids approximately 91 pounds of carbon dioxide equivalent emissions. At our current volume of 15,000+ IBCs processed annually (with roughly 60% going to reconditioning), that translates to over 800,000 lbs of avoided CO2 emissions per year from reconditioning alone.
Water Conservation in Our Cleaning Operations
IBC cleaning is inherently water-intensive. A standard single-pass wash system uses 40-60 gallons of freshwater per tote. When you are processing thousands of containers per year, that adds up to millions of gallons. We recognized early on that sustainable IBC reconditioning had to include responsible water management.
Our water reclamation system captures, filters, and recirculates wash water through a multi-stage treatment process. Pre-rinse water — which removes the bulk of residual product — is filtered through sediment traps, chemical neutralization stages, and activated carbon filters before being recycled back into the pre-rinse cycle. Only the final sanitization rinse uses freshwater to ensure sterile contact surfaces.
The result is a 42% reduction in freshwater consumption compared to conventional single-pass cleaning systems. For our annual volume, that represents approximately 350,000 gallons of water saved per year. We are targeting 50% reduction by the end of next year through additional filtration upgrades and optimized rinse cycle timing.
Water Usage Comparison (Per IBC)
Our Water Treatment Process
Sediment Filtration
Removes particulates, sand, and debris from wash water
Chemical Neutralization
Adjusts pH and neutralizes residual cleaning agents
Activated Carbon Filtering
Removes organic compounds, colors, and odors
UV Disinfection
Eliminates bacteria and microorganisms before recirculation
Quality Testing
Verifies reclaimed water meets reuse standards before recycling
How Working With Us Advances Your Sustainability Goals
Corporate sustainability reporting is no longer optional for many businesses. Our services generate real, documented environmental impact data that supports your CSR, ESG, and zero-waste program requirements.
Material Diversion Certificates
We provide official documentation showing the number of IBCs diverted from landfill, total weight of materials recovered, and the disposition of each material stream. These certificates are formatted for direct inclusion in sustainability reports and waste audit documentation.
Supports zero-waste and waste reduction program reporting
Carbon Offset Documentation
Our carbon savings calculations, based on lifecycle analysis data for HDPE and steel, document the avoided emissions from each reconditioned and recycled IBC. We provide per-unit and annual aggregate data that quantifies your supply chain's carbon reduction contribution.
Supports Scope 3 emissions reduction reporting
Circular Economy Metrics
We track and report on the circular economy performance of your IBC containers — how many cycles each tote achieves, what percentage of materials are recovered at end-of-life, and the total resource efficiency of your container program. These metrics demonstrate tangible circular economy participation.
Supports ESG reporting and stakeholder communications
EPA Compliance Records
All our recycling and reconditioning operations are fully EPA-compliant. We maintain detailed records of every container processed, every waste stream generated, and every environmental permit required. These records are available for customer audits and regulatory inspections.
Demonstrates supply chain environmental compliance
Water Conservation Data
Our water reclamation systems generate measurable water savings data. We can report the gallons of freshwater conserved through your IBC reconditioning orders, providing quantified water stewardship metrics for your sustainability programs.
Supports water stewardship and resource efficiency reporting
Vendor Sustainability Scoring
Many large enterprises now require sustainability scorecards from their vendors. We maintain comprehensive environmental data, certifications, and compliance records that satisfy vendor qualification requirements for sustainability-focused procurement programs.
Meets vendor sustainability requirements for enterprise customers
The UN Sustainable Development Goals We Support
Industry, Innovation & Infrastructure
We build resilient infrastructure for container lifecycle management and promote sustainable industrialization through circular economy practices.
Responsible Consumption & Production
Our core business model ensures sustainable consumption patterns by extending product life, recovering materials, and reducing waste generation.
Climate Action
By displacing virgin material production and diverting waste from landfills, we reduce greenhouse gas emissions across the IBC supply chain.
Clean Water & Sanitation
Our water reclamation systems reduce freshwater consumption by 42%, and our operations prevent plastic leaching into soil and groundwater.
Sustainability FAQ
Detailed answers to common questions about our environmental practices, material recovery processes, and sustainability documentation.
What happens to the 5% of material you cannot recover?
The approximately 5% of incoming material that we cannot recover through reuse or recycling consists primarily of residual product contaminants that cannot be safely cleaned from the container — dried adhesives, polymerized coatings, or trace hazardous residues that require special handling. This material is sent to licensed waste-to-energy facilities where it is thermally processed to generate electricity. We do not send any material to traditional landfills. The waste-to-energy pathway is our absolute last resort, and we are continuously working to reduce that 5% figure through improved cleaning technologies and more selective intake screening.
How do you verify your 95% material recovery rate?
Our material recovery rate is calculated through a rigorous mass-balance accounting system. Every IBC that enters our facility is weighed at intake. Every outbound material stream — reconditioned totes, baled HDPE, sorted steel, recovered components — is weighed at output. The waste-to-energy stream is also weighed. We reconcile these figures monthly and publish annual aggregate data. Our current audited rate stands at 95.2%, calculated as: (total weight of recovered materials / total weight of incoming IBCs) x 100. We are targeting 97% through improved gasket and seal recovery processes.
Do you handle hazardous material containers?
We accept IBCs that previously contained certain hazardous materials, provided they meet RCRA empty container standards (49 CFR 261.7). This means the container must be properly drained with no more than one inch of residual material, or no more than 3% of the container's capacity for containers of 110 gallons or larger. Totes that previously held acutely hazardous waste (P-listed) require triple rinsing before we accept them. All hazardous material handling follows EPA and DOT regulations, and our team is trained in HAZWOPER protocols for safe handling and processing.
How does IBC recycling compare to other plastic recycling programs?
IBC recycling is significantly more efficient than most consumer plastic recycling programs. Consumer plastic recycling (curbside programs) typically achieves recovery rates of 30-35%, largely because of contamination, mixed material streams, and sorting challenges. IBC recycling achieves 95%+ recovery rates because the containers are standardized products made from known materials (HDPE and steel) that arrive in discrete, easily processable units. The HDPE from IBC bottles is also higher quality than most consumer plastic waste because it comes from single-resin containers with minimal contamination, making it more valuable to downstream recyclers.
What certifications do you hold for environmental compliance?
Our operations maintain full compliance with EPA regulations for container handling and wastewater management, DOT regulations for transport of used industrial containers, OSHA standards for workplace safety, and FDA-aligned sanitization protocols for food-grade reconditioning. We maintain all required state and local environmental permits for our Jeffersonville, Indiana facility. We also publish an annual sustainability report documenting our environmental impact metrics, material recovery data, and progress toward our published commitments. We are currently pursuing additional third-party environmental certifications to further validate our practices.
Can you help my company achieve zero-waste-to-landfill for our IBC containers?
Absolutely. This is exactly what our service is designed to do. When you send your used IBCs to us through our buyback program, we guarantee that zero IBC material will be sent to a traditional landfill. Every container is either reconditioned for reuse or dismantled with all component materials channeled to appropriate recycling streams. We provide material diversion certificates that document this zero-landfill outcome for each shipment, which you can use to support your company's zero-waste-to-landfill goals and reporting requirements.
Make Your IBC Supply Chain Sustainable
Every IBC you send to us instead of a landfill is a measurable step toward a circular economy. Let's talk about how we can help your business do its part.