Sustainability Mission
Every IBC tote we recycle is a direct investment in a cleaner future. We are not just a recycling company — we are building an entire circular economy for intermediate bulk containers, proving that industrial sustainability and profitability go hand in hand.
From our closed-loop water treatment systems and solar-assisted operations in Bedford Heights, Ohio, to our nationwide fleet optimization and rigorous supplier standards, every decision we make is evaluated through one lens: does this protect the planet while delivering value? This page documents the full scope of our environmental commitment — with real numbers, verified programs, and a roadmap that extends to 2030 and beyond.
Partner With Us on Sustainability
Our Zero-Waste Philosophy
The conviction that drives everything
Zero waste is not a marketing slogan at IBC Recycling Solution — it is an operating constraint. Before a single decision is made about how to process, transport, clean, or retire an IBC tote, we ask: where does every gram of material end up? The linear economy model — extract, manufacture, use, discard — is fundamentally incompatible with a finite planet. Intermediate bulk containers, each containing roughly 130 pounds of HDPE plastic and 40 pounds of galvanized steel, represent exactly the kind of high-value material stream that should never touch a landfill. Our philosophy begins with that conviction and works backward to build every system, every partnership, and every process around it.
We operate under what we call the Material Hierarchy: the highest use of any material is the one that preserves the most embedded energy and carbon. For an IBC tote, that hierarchy runs: reuse the whole container, recondition and recirculate it, disassemble and recycle components, and — as an absolute last resort — recover energy through industrial composting or controlled thermal processes. Landfill does not appear on our hierarchy because it is not an outcome we accept. This philosophy shapes procurement decisions, cleaning chemistry choices, pallet sourcing, valve refurbishment programs, and our insistence that every logistics partner meet measurable environmental standards before joining our network.
The third pillar of our zero-waste philosophy is systemic accountability. We do not simply move waste from one location to another or shift environmental burdens onto suppliers and customers. We measure, audit, and publicly disclose our material flows — including the small percentage of material that we cannot yet fully recycle and are actively working to eliminate. Transparency is part of the philosophy: a zero-waste commitment that cannot withstand scrutiny is not a commitment at all. Every year we conduct an internal waste audit across all facilities, validate our figures against third-party waste hauler manifests, and publish the results in our annual environmental summary. We hold ourselves to the same standards we ask of our customers and suppliers.
The Problem We Solve
Every year, millions of IBC totes are discarded after a single use. Each one contains approximately 130 pounds of high-density polyethylene (HDPE) plastic, galvanized steel caging, and a wooden or plastic pallet. When these containers end up in landfills, they occupy massive volumes of space and take centuries to decompose. HDPE, while theoretically recyclable, is rarely recovered from IBC totes because the sheer size and mixed-material construction makes municipal recycling streams impractical. Industrial recyclers like us are the only viable pathway for this material.
Manufacturing a single new IBC tote from raw materials requires significant petroleum extraction, energy-intensive plastic extrusion, steel production, and global shipping. The carbon footprint of one new 275-gallon IBC tote is estimated at 180–220 kg of CO₂ equivalent — the equivalent of driving a gasoline car nearly 500 miles. Multiply that by the millions of IBCs purchased in North America each year and the cumulative impact is staggering: hundreds of thousands of metric tons of avoidable CO₂, billions of gallons of process water, and millions of barrels of petroleum feedstock consumed annually for containers that could instead be reconditioned.
By reconditioning and recirculating used IBC totes, we short-circuit this entire chain of waste and emissions. Each container we return to service displaces the need for a new one, saving the full manufacturing carbon load while generating only the much smaller footprint of cleaning, inspection, and local redistribution. The result: a dramatically lower environmental footprint for every container we touch, and a measurable reduction in the total environmental burden of the industrial packaging sector.
Our Environmental Impact
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HDPE Plastic Diverted from Landfills Annually
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CO₂ Emissions Prevented Each Year
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Water Saved vs. New IBC Production
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Energy Savings Compared to New Manufacturing
Life Cycle Assessment Data
Per-unit environmental metrics comparing production of a new 275-gallon IBC tote vs. our reconditioned equivalent. Data based on industry LCA studies and internal process audits.
| Environmental Metric | New IBC Tote | Reconditioned IBC | Savings |
|---|---|---|---|
Energy Consumption (MJ) Includes plastic extrusion, steel fabrication, global freight | 1,840 MJ | 405 MJ | 78% less energy |
Process Water Used (liters) Our closed-loop system recycles 95%+ of wash water | 12,200 L | 380 L | 97% less water |
CO₂ Equivalent (kg CO₂e) Scope 1 & 2 GHG; transport included in both | 198 kg | 49 kg | 75% fewer emissions |
Raw HDPE Plastic (kg) Reconditioned units retain the existing HDPE bottle | 59 kg | 0 kg | 100% eliminated |
Raw Steel Required (kg) Minor cage repairs only; no new cage fabrication | 42 kg | 0–3 kg | 93–100% less |
Petroleum Feedstock (liters) HDPE is derived from petroleum; reconditioning uses none | 68 L | 0 L | 100% eliminated |
Transport Emissions (kg CO₂e) New IBCs often imported; ours are locally sourced and delivered | 22 kg | 8 kg | 64% less transport CO₂ |
Solid Waste Generated (kg) Packaging, manufacturing offcuts, contaminated materials | 4.2 kg | 0.6 kg | 86% less waste |
Chemical Inputs (kg) Plasticizers, coatings, lubricants vs. our biodegradable cleaners | 1.8 kg | 0.9 kg | 50% reduction |
End-of-Life Recyclability We track and reclaim every container we sell | Variable | 99%+ | Fully planned |
Sources: EPA WARM Model v15, Franklin Associates IBC Life Cycle Study, internal process measurements. All figures represent per-unit averages for standard 275-gallon HDPE/steel IBC totes.
Three Pillars of Our Approach
Reduce
We reduce industrial waste by giving IBC totes multiple lifecycles. Every container we recondition is one less manufactured from scratch, reducing raw material extraction, energy consumption, and transportation emissions across the supply chain. Our internal target is to eliminate the equivalent of 5,000 new IBCs from production each year through reconditioning alone.
Recirculate
Our reconditioning process returns IBC totes to full working condition, certified to the same standards as new units. By keeping containers in active circulation 5–7 times longer, we multiply the value of every unit while minimizing waste. We maintain a comprehensive tracking system for every container we process, enabling us to verify recirculation rates and recover end-of-life units.
Repurpose
When an IBC tote reaches the end of its industrial life, we do not discard it. Components are separated — HDPE is granulated for recycling into secondary plastic applications, steel is sent to certified metal recyclers, and pallets are refurbished or chipped for biomass energy. Zero-landfill is not just our goal: it is our measured, audited standard for every unit.
Material Recovery Rates
When an IBC tote reaches the end of its service life, nothing is wasted. Here is exactly what happens to every component — tracked, audited, and verified annually.
HDPE Bottle
99%Recycled into secondary HDPE
Bottles that cannot be reconditioned are granulated into HDPE regrind. This material is sold to plastic pipe, drainage, and non-food-contact product manufacturers. Less than 1% of HDPE by weight ends up as residual contamination that is processed through industrial composting.
Steel Cage
100%Recycled or refurbished
Steel cages are either straightened and returned to service with reconditioned containers, or sent to certified scrap metal processors. Steel is infinitely recyclable with no degradation in quality. Our cage steel recovery rate has been 100% every year since 2018.
Wooden / Plastic Pallet
95%Refurbished or chipped
Intact wooden pallets are inspected and refurbished for reuse. Damaged wood pallets are chipped into clean wood biomass used by industrial boiler operators. Plastic pallets are returned to plastic recycling streams. The remaining 5% consists of heavily contaminated wood that is processed through approved industrial waste facilities.
Ball Valves & Fittings
80%Cleaned and reused
Polypropylene ball valves are disassembled, cleaned with ultrasonic equipment, pressure-tested, and resealed with new gaskets before being reinstalled. The 20% that fail pressure or integrity testing are granulated and recycled as secondary polypropylene resin.
Gaskets & Seals
100%Replaced and recycled
All gaskets are replaced during reconditioning as a standard protocol — a used gasket never re-enters service regardless of apparent condition. Removed gaskets are collected and sent to our rubber recycling partner, where they are devulcanized and converted into rubber crumb for use in playground surfaces, athletic tracks, and industrial mats.
Dip Tubes & Vent Caps
75%Reused or recycled
Stainless steel dip tubes are cleaned, inspected for pitting and corrosion, and reused at a 75% rate. Rejected tubes are sold to scrap metal dealers. Plastic vent caps are replaced with new units; collected caps are sorted by resin type and directed to appropriate recycling streams.
Supply Chain Sustainability
A sustainable product does not guarantee a sustainable supply chain. We apply the same environmental rigor to every link in our logistics and procurement network as we do to our reconditioning operations. This means auditing suppliers, optimizing routes, eliminating unnecessary packaging, and holding our transportation partners to measurable emissions standards.
Our fleet management system uses real-time route optimization to minimize empty miles — the industry term for trucks traveling without cargo. When we dispatch a truck to pick up spent IBCs from a customer, we route it to deliver reconditioned units on the same run. This co-loading strategy reduces our per-unit delivery emissions by approximately 40% compared to single-direction shipping. Combined with our investment in Euro VI-equivalent diesel vehicles and a growing percentage of CNG-powered trucks, our fleet carbon intensity has fallen by 28% since 2020.
On the procurement side, all chemical inputs — cleaning agents, lubricants, inspection materials — must meet our Approved Supplier Standard, which requires biodegradability documentation, SDS review, and an annual environmental performance report from each vendor. We also require that all cardboard and paper packaging used in our facilities carries FSC certification, and we have eliminated single-use plastic from our warehouse operations entirely.
Route Optimization & Co-Loading
Real-time fleet management coordinates pickups and deliveries on the same runs, cutting empty miles by 40% and reducing per-unit transport emissions significantly across our service network.
Supplier Environmental Standards
Every chemical, material, and service supplier must pass our Approved Supplier audit, which includes biodegradability verification, GHG intensity reporting, and annual compliance reviews.
Packaging Minimization Policy
We have eliminated single-use plastic from all warehouse operations. All paper and cardboard packaging carries FSC certification. We target zero non-recycled packaging waste by 2027.
Low-Emission Fleet Investment
Our fleet includes Euro VI-equivalent diesel trucks and a growing proportion of CNG-powered vehicles. Fleet carbon intensity has decreased 28% since 2020 percent, with a target of 50% reduction by 2028.
Regional Sourcing Priority
We actively source spent IBCs from within 300 miles of our facility to minimize transportation distances. Over 68% of units we process originate within this regional radius.
Reverse Logistics Integration
Customer contracts include end-of-life return provisions, ensuring that containers we sell are reclaimed when they reach retirement. This closes the loop and prevents our units from entering landfill streams.
Our Eco-Friendly Practices
Solar-Assisted Operations
Our Bedford Heights facility runs partially on a rooftop solar array installed in 2022. The system offsets approximately 32% of our total facility electricity consumption, preventing an estimated 58 metric tons of CO₂ per year. We are planning a second array expansion in 2026 targeting 55% solar offset.
Zero-Landfill Commitment
We maintain a strict zero-landfill policy across all facilities. Every component of every IBC — HDPE plastic, galvanized steel, wood pallets, polypropylene fittings, rubber gaskets — is either recirculated, recycled, or directed to a certified industrial recovery facility. Our zero-landfill rate has been independently verified at 99.6%.
Biodegradable Cleaning Agents
All cleaning compounds used in our triple-rinse washing system are EPA Design for the Environment (DfE) certified biodegradable formulations. None of our cleaning agents contain chlorinated solvents, heavy metal catalysts, or persistent surfactants. Spent wash water is treated before discharge, meeting or exceeding all local wastewater standards.
LED Lighting & Smart HVAC
In 2021, we completed a full retrofit of all facility lighting to LED with occupancy sensors, reducing lighting energy consumption by 61%. Our warehouse HVAC system uses smart scheduling and economizer modes that cut heating and cooling energy by 24% compared to the previous system.
Community Education Partnerships
We partner with local schools, community colleges, and business associations in the Bedford Heights area to educate about industrial recycling, circular economy principles, and sustainable procurement. Over 500 students and professionals attend our facility tours and educational workshops annually.
Waste Heat Recovery
Our hot-water washing system captures waste heat from the cleaning cycle and recirculates it to preheat incoming wash water. This heat exchange system reduces the energy required to heat wash water by approximately 35%, lowering both natural gas consumption and operating costs.
Water Stewardship
IBC cleaning is inherently water-intensive. Our closed-loop water treatment system dramatically reduces freshwater consumption while meeting or exceeding all discharge standards.
Cleaning an IBC tote that previously held food-grade oils, chemicals, or other industrial substances requires significant volumes of hot water and carefully formulated cleaning agents. Without a treatment system, this process would consume tens of thousands of gallons of freshwater daily and generate contaminated wastewater that imposes environmental and regulatory burdens. Our closed-loop treatment system changes the equation entirely, recovering and reusing 95% of all wash water through a multi-stage treatment process that operates continuously throughout the production day.
The treated water is tested after every processing cycle against a panel of 14 parameters including pH, turbidity, total dissolved solids, residual surfactant concentration, coliform count, and chemical oxygen demand. Only water that passes all 14 parameters is cleared for reuse in the next wash cycle. Water that fails is held in a certified containment tank and processed through our deep filtration loop before re-testing. This dual-gate approach ensures that our recirculated water is consistently cleaner than the municipal supply standard for industrial use.
95%
of all wash water is recovered and reused through our closed-loop system
Closed-Loop Treatment — Seven Stages
Primary Settling Tank
Used wash water flows into a 10,000-gallon settling tank where suspended solids, product residue, and heavy particulates settle by gravity over 45–90 minutes before advancing.
Oil-Water Separation
A coalescing plate separator removes emulsified oils, greases, and hydrocarbons from the water column. Recovered oils are collected and sent to a certified waste oil recycler.
Chemical Neutralization
pH adjustment and chemical neutralization bring the water to a target range of 6.5–8.5 pH, neutralizing acidic or alkaline residues from previous container contents.
Activated Carbon Filtration
Water passes through activated carbon beds that adsorb residual organic compounds, surfactants, and trace contaminants. Carbon media is regenerated on a 60-day cycle.
Ultrafiltration Membrane
A 0.1-micron ultrafiltration membrane removes bacteria, fine particulates, and colloidal matter. This stage produces permeate water suitable for recirculation in wash cycles.
UV Disinfection
Treated water passes through a UV disinfection chamber (254 nm, 40 mJ/cm² dose) that inactivates any remaining bacteria and viruses, ensuring microbiological safety.
Quality Testing & Return
Automated inline sensors and periodic manual lab testing verify all 14 quality parameters. Approved water enters the recirculation tank; rejected water loops back to stage 3.
Carbon Offset Program
Despite our deep operational commitment to reducing emissions at the source, some carbon output is unavoidable in our current operations — primarily from fleet fuel combustion and the small percentage of grid electricity that is not yet offset by solar. Rather than ignore these residual emissions, we invest in a two-track offset program that combines direct reforestation with verified carbon credit purchases.
Our tree-planting program operates in partnership with the Arbor Day Foundation and two regional reforestation nonprofits operating in the Great Lakes watershed. For every 100 IBC totes we recondition and sell, we plant 10 native hardwood trees — white oak, black walnut, and American elm — in degraded forest areas within 200 miles of our Ohio facility. In 2024, this resulted in 1,500 trees planted across three partner sites in northeastern Ohio and western Pennsylvania. Each planting event is documented with GPS coordinates, species data, and survival-rate follow-up monitoring at 12 and 36 months post-planting.
For residual emissions that cannot be addressed through direct action within a practical timeframe, we purchase Gold Standard-certified carbon credits sourced from verified projects including improved cookstove distribution in East Africa, avoided deforestation in the Amazon basin, and methane capture at Midwest agricultural facilities. We purchase only vintage-year credits (credits from projects active within the same calendar year) to ensure additionality and avoid the criticism associated with older or pre-sold credit inventories. Our annual carbon credit purchase is reviewed by an independent third party and documented in our environmental disclosures.
1,500+
Native hardwood trees planted in 2024 across three Great Lakes watershed sites
Species mix: White oak (40%), black walnut (35%), American elm (25%). Survival rate at 12 months: 94%. GPS-documented and monitored by partner nonprofits.
Gold Standard
Certified carbon credits — only vintage-year, independently verified
Credit sources: improved cookstoves (East Africa), REDD+ avoided deforestation (Amazon), methane capture (Midwest agriculture). Annual offset volume reviewed by third-party auditor.
10 Trees
Planted for every 100 IBC totes reconditioned and sold
Customer purchases directly drive planting volume. Organizations purchasing 500+ units annually receive a certified planting report with GPS coordinates and species breakdown.
Sustainability Certifications
Our environmental commitments are verified by independent third parties. Below is a summary of our current certifications, compliance status, and the standards each represents.
ISO 14001:2015
CertifiedInternational Organization for Standardization
Environmental Management System
ISO 14001 certification verifies that our environmental management system meets the international standard for identifying, managing, monitoring, and controlling environmental impacts. It covers our entire Bedford Heights facility including cleaning operations, material handling, fleet dispatch, and waste management. Recertified 2023; next audit 2026.
EPA DfE / Safer Choice
CompliantU.S. Environmental Protection Agency
Cleaning Chemistry Standards
All chemical cleaning agents used in our reconditioning process carry EPA Design for the Environment or Safer Choice certification, confirming they meet rigorous standards for human health and environmental safety. No chlorinated solvents, heavy metal-based compounds, or persistent bioaccumulative chemicals are used anywhere in our facility.
RCRA Compliance
CompliantEPA / Ohio EPA
Hazardous Waste Management
Our facility operates under full compliance with the Resource Conservation and Recovery Act (RCRA), governing the generation, storage, treatment, and disposal of hazardous waste. Annual inspections by the Ohio EPA confirm zero violations since facility opening. All waste manifests are archived for a minimum of three years.
Ohio EPA Permit
Active PermitOhio Environmental Protection Agency
Air & Water Discharge Permits
We hold active Ohio EPA permits for air emissions and wastewater discharge. Our closed-loop water system means that discharge volumes are minimal — typically less than 500 gallons per month — well within permit limits. Annual compliance reports are submitted on schedule with zero deficiencies.
DOT Hazmat Certification
RegisteredU.S. Department of Transportation
IBC Reconditioning & Transport
Our reconditioning facility is DOT-registered and our operations comply with 49 CFR Part 173 requirements for reconditioned IBCs used to transport hazardous materials. All relevant staff hold current HazMat Employee Training certifications, renewed on the required three-year cycle.
FSC Chain of Custody
CertifiedForest Stewardship Council
Paper & Packaging Materials
All paper-based packaging and documentation materials used at our facility are sourced from FSC-certified suppliers, ensuring that the wood fiber originates from responsibly managed forests. This certification supports our broader commitment to sustainable procurement across all input materials.
Environmental Impact by the Numbers
Real figures from our operations — measured, audited, and updated annually.
HDPE plastic diverted from landfills annually
Equivalent to the weight of 18,400 average American cars. Every ton of HDPE we divert prevents 450+ years of landfill decomposition time.
CO₂ equivalent emissions prevented per year
Equal to taking 185 passenger vehicles off the road for a full year, or planting and maintaining over 14,000 trees to maturity.
Water saved compared to new IBC production
Our closed-loop system + LCA savings: enough water to supply a town of 8,000 people for a full day, every single year.
Energy savings versus manufacturing new IBCs
Reconditioning consumes 405 MJ per unit versus 1,840 MJ for new production — a 1,435 MJ saving replicated across 15,000+ units per year.
IBC totes processed and returned to service
Each reconditioned unit displaces the need to manufacture a new one, avoiding ~200 kg CO₂e and 68 liters of petroleum feedstock per container.
Zero-landfill rate across all material streams
Independently verified by waste hauler manifest audits. The remaining 0.4% is heavily contaminated material being phased out through process improvements.
Wash water recovered through closed-loop treatment
Our seven-stage closed-loop system treated and reused over 28 million gallons of wash water in 2024, discharging less than 1.5 million gallons to the municipal system.
Native hardwoods planted in 2024
Planted in the Great Lakes watershed with 94% 12-month survival rate. Projected to sequester 750+ metric tons of CO₂ over their 80-year lifespans.
Facility electricity from rooftop solar array
Installed 2022; prevents 58 metric tons of CO₂ annually. Phase 2 expansion targeting 55% solar offset is planned for completion in 2026.
Fleet carbon intensity decrease since 2020
Achieved through route optimization, co-loading, and investment in CNG-powered vehicles. Target of 50% reduction by 2028 is on track.
Steel cage material recycled or reused
Every steel cage component either returns to service or goes to a certified scrap metal processor. This has been our verified standard since 2018.
Planted for every 100 reconditioned IBCs sold
A direct link between customer purchasing decisions and reforestation. Customers purchasing 500+ units receive a certified planting report with GPS coordinates.
Green Procurement Guide for Businesses
Switching to reconditioned IBCs is one of the most impactful — and easiest — steps your company can take toward measurable sustainability goals. Here is how to integrate it into your corporate program.
Corporate sustainability programs increasingly require Scope 3 emissions reporting — the indirect emissions from a company's value chain, including purchased goods and services. Industrial packaging is a significant and often overlooked Scope 3 contributor. A company purchasing 1,000 new IBC totes per year generates approximately 200 metric tons of Scope 3 CO₂e from packaging production alone. Switching to reconditioned IBCs reduces that figure by approximately 150 metric tons — a material reduction that can be documented, verified, and reported to ESG stakeholders.
Beyond emissions, reconditioned IBCs support circular economy commitments, supplier diversity goals, and waste reduction targets. They are also cost-competitive with new containers, meaning that the sustainability benefit comes without a budget penalty — and in most cases delivers a meaningful cost saving that can be reinvested in other sustainability initiatives.
We work directly with corporate sustainability teams, procurement departments, and EHS managers to provide the documentation your program requires: LCA comparison data, CO₂ savings calculations, third-party environmental certifications, and volume-specific impact reports that you can use in annual sustainability reports and ESG disclosures. Contact us to schedule a sustainability consultation tailored to your industry and purchasing volume.
Step-by-Step Integration Guide
Audit Your Current IBC Spend
Compile annual IBC purchase volume, current supplier(s), unit cost, and any existing sustainability data. This baseline is essential for calculating impact and ROI.
Identify Suitable Use Cases
Reconditioned IBCs are appropriate for most applications — food-grade, chemical, water, and non-hazardous uses. Work with your EHS team to identify any regulatory restrictions specific to your industry.
Request a Sample & Specification Review
Contact us for a sample unit matched to your current specifications (volume, valve type, UN rating). We provide full material traceability and cleaning documentation for qualification testing.
Pilot a Portion of Volume
Start with 10–20% of your IBC volume in a non-critical application. Gather internal feedback on condition, performance, and logistics compatibility before scaling.
Calculate & Document Your CO₂ Savings
We provide a CO₂ savings calculation for your specific purchase volume, referencing the per-unit LCA differential. This documentation supports ESG reporting and stakeholder disclosures.
Scale & Add Reverse Logistics
Expand your reconditioned IBC program to full volume and establish a container return agreement. We collect spent units at end of life, closing the loop and ensuring zero landfill on your behalf.
Report & Communicate Impact
Use our annual impact reports in your sustainability disclosures, ESG filings, and supplier diversity communications. We can co-author case studies and customer success documentation on request.
Future Goals — 2025–2030 Roadmap
Our sustainability journey does not end with current performance. Here is where we are headed — with specific, measurable commitments attached to every milestone.
Solar Phase 2 & Fleet Electrification Pilot
Complete Phase 2 rooftop solar expansion — target 55% facility electricity from solar
Launch pilot program with 3 electric delivery vehicles for local route coverage
Achieve ISO 50001 Energy Management System certification
Reduce fleet carbon intensity by 35% vs. 2020 baseline (currently at 28%)
Plant 2,000 native trees through reforestation partnerships (up from 1,500 in 2024)
Zero-Discharge Water & Packaging Elimination
Achieve true zero-discharge water status — no wastewater discharge to municipal system
Upgrade closed-loop treatment to include reverse osmosis final polishing stage
Eliminate all non-recycled packaging from warehouse and shipping operations
Expand reconditioned IBC processing capacity to 20,000 units per year
Launch supplier environmental scorecard program covering all Tier 1 vendors
Scope 3 Reporting & Carbon Neutrality Target
Publish first full Scope 1, 2, and 3 GHG inventory aligned with GHG Protocol
Achieve verified carbon neutrality for Scope 1 and 2 emissions
Increase valve and fitting reuse rate from 80% to 90%+
Launch customer-facing sustainability dashboard with real-time CO₂ savings tracking
Begin feasibility study for second regional reconditioning facility to reduce transport miles
Full Fleet Electrification & Supplier Standards
Complete fleet electrification for all local and regional routes (under 150 miles)
Reduce fleet carbon intensity by 50% vs. 2020 baseline
Require ISO 14001 or equivalent certification from all Tier 1 suppliers
Achieve 99.9% landfill diversion rate across all material streams
Open second regional facility to serve Southeast US, cutting transport distances for that region by 60%
Industry Leadership & Community Investment
Publish open-source IBC reconditioning environmental standard for industry adoption
Expand community education program to 1,000+ participants annually
Achieve SBTi (Science Based Targets initiative) validation for emissions reduction pathway
Launch IBC take-back program accessible to any business nationwide — even non-customers
Plant cumulative total of 10,000 trees since program inception
Net-Positive Environmental Impact
Process 30,000+ IBC totes annually, preventing 1,700+ tons of CO₂ per year
Achieve net-positive environmental status: more CO₂ sequestered than emitted across all Scopes
Operate 100% renewable electricity across all facilities
Publish verified third-party Life Cycle Assessment update with 2030 data
Establish IBC Recycling Foundation to fund circular economy education and research nationally
Our 2030 Commitment
By 2030, we commit to operating as a net-positive environmental business — meaning that the emissions we prevent through reconditioning activity, reforestation, and customer Scope 3 reductions will exceed our own total Scope 1, 2, and 3 footprint. This is the ultimate expression of our zero-waste philosophy: not just doing less harm, but actively restoring more than we consume. Every IBC tote you purchase from us today is a contribution toward that goal.
Make Your Supply Chain Greener
Choosing reconditioned IBC totes is one of the simplest, most measurable ways to reduce your company's environmental footprint — with zero compromise on quality, safety, or cost. Let us show you the numbers for your specific volume.