# Dow > One working view of Dow's three operating segments, feedstock chemistry, production footprint, and reported residual streams. - Industry: Chemicals & Advanced Materials - Collection: Active - Regions: North America - Countries: United States - Materials: Cement, Minerals, PFAS, Plastics, Solvents - Processes: Recycling, Energy recovery, Mechanical processing - Evidence through: 2026-09-18 - Canonical URL: https://www.materialtransition.com/library/dow ## Reported scale and scope - **Latest reported revenue:** $39.97B (December 31, 2025) - **TRI facility leads:** 25 (2024 U.S. match) - **Managed listed chemicals:** 633.7M lb (2024 U.S. listed-chemical data) - **Products out:** 5 families (Publicly described) - **Top TRI chemical:** Ethylene (By managed weight) ## Company flow Public evidence, arranged around the physical system rather than the corporate org chart. 01 · MATERIALS IN #### Feedstock & input family Not publicly disclosed at parent level in this source set. Directional sector family only: feedstocks, monomers, additives, solvents, fillers, recycle Public category signal 02 · MAKE #### Packaging & Specialty Plastics Engineered polyethylene resins and specialty polymers for food and pharmaceutical packaging, flexible films, and performance molded parts. Company described 03 · PRODUCTS OUT #### 5 public product families Polyethylene resins, Ethylene & propylene feedstocks, and 3 more described lines. Company described 04 · WASTE OUT #### Listed-chemical streams 633.7M lb managed in 2024 TRI records across 25 matched facility leads. Listed-chemical view #### What is public now Buyer-side sector Chemicals & materials Waste-side sector Chemicals, refining & polymers Segments Packaging & Specialty Plastics; Industrial Intermediates & Infrastructure; Performance Materials & Coatings Public plant signal 25 TRI facility leads define the public operating footprint #### Segment breakdown Packaging & Specialty Plastics Engineered polyethylene resins and specialty polymers for food and pharmaceutical packaging, flexible films, and performance molded parts. Industrial Intermediates & Infrastructure Ethylene, propylene, and heavy feedstocks, plus water-treatment, adhesive, and sealant chemistry. Performance Materials & Coatings Silicones, protective coatings, and epoxy and polyurethane systems for construction, automotive, and consumer electronics. #### Regulatory watchlist EPA TRI and RCRA hazardous-waste rules TSCA new-chemicals review and the PFAS reporting rule EU REACH/CLP for products or waste crossing into Europe State and EU packaging EPR (including the EU Packaging and Packaging Waste Regulation) #### Certification families to check ISO 14001 ISCC PLUS (mass-balance recycled/bio-based content) Operation Clean Sweep (plastic pellet-loss prevention) UL 2809 recycled-content claims **Priority opportunity:** Ethylene is both Dow's #1 TRI-reported chemical and the feedstock backbone of its largest segment, Packaging & Specialty Plastics. The clearest evidenced entry point is matching one packaging resin grade against a mechanically- or advanced-recycled feedstock already running through Dow's own public Materials Ecosystem program, not a new circularity pitch, but a validation of a program Dow has already put in market. ## Products leaving the system Publicly described product families and segments define Dow's outward material flow. Company described #### Polyethylene resins LDPE, LLDPE, and HDPE grades feeding Dow's own Packaging & Specialty Plastics segment, food packaging films, flexible films, and molded parts. Segment: Packaging & Specialty Plastics #### Ethylene & propylene feedstocks Base olefins from Dow's integrated crackers; the same chemistry family as its #1 TRI-reported chemical, ethylene. Segment: Industrial Intermediates & Infrastructure #### Polyurethane & adhesive systems Water-treatment, adhesive, and sealant chemistry built on the Industrial Intermediates & Infrastructure feedstock base. Segment: Industrial Intermediates & Infrastructure #### Silicones Performance silicone chemistry for construction, automotive, and consumer-electronics applications. Segment: Performance Materials & Coatings #### Epoxy & protective coatings Epoxy and polyurethane coating systems marketed under Performance Materials & Coatings. Segment: Performance Materials & Coatings #### Product and application signal The cited product and segment pages identify product families and applications. This brief does not include grade- or SKU-level technical, safety, packaging, or certification records. ## Materials entering Dow's system Directional material-family signal, matched against the company's public segment structure and TRI-listed chemical evidence. Public category signal | Material family | Public signal | Transition lens | |-|-|-| | Not publicly disclosed at parent level in this source set | Directional sector family | Substitution, origin resilience, recycled or bio-based content | | Top TRI-listed chemical: Ethylene | TRI-verified, 2024 | Plaquemine, Louisiana, Dow's single largest public TRI lead, manages 226.7M lb, over a third of Dow's entire matched footprint, with ethylene as the top chemical by managed weight. | | Recycled, bio-based, or recovered inputs | Public program signal | See Packaging and Opportunities tabs for named public programs | #### Financial scale context $39.97B reported revenue (December 31, 2025) provides scale context for sourcing and waste opportunities. It is not a materials-spend measure. #### Material transition focus TRI-listed chemical stream is public; exact material mapping still requires facility and chemical review. Directional residual forms only: spent catalysts, solvents, off-spec polymers, sludges, tank bottoms, and process residues. ## Packaging and circularity programs Public circularity, recycling, and take-back signals connect Dow's product system to a packaging or materials transition pathway. Packaging & circularity signal #### Food & pharmaceutical packaging film Dow's Packaging & Specialty Plastics segment is explicitly built around food-contact and pharmaceutical film resins. #### Materials Ecosystem: mechanical recycling Dow operates a public mechanical-recycling program under its Materials Ecosystem platform, converting used plastics back into feedstock for new packaging. #### Materials Ecosystem: advanced recycling A parallel advanced (chemical) recycling track breaks down mixed plastic waste into feedstock streams Dow can reintroduce upstream of the cracker. #### Dow × SCGC circularity MOU (Asia Pacific) A public memorandum of understanding with SCGC targets 200,000 tonnes per year of plastic waste converted into circular products across Asia Pacific by 2030, combining mechanical and advanced recycling. #### Packaging & circularity opportunities #### Qualify a recycled-content PE grade Explore Match one Packaging & Specialty Plastics resin grade against a mechanically or advanced-recycled feedstock already flowing through Dow's own Materials Ecosystem program. #### ISCC PLUS mass-balance verification Evidence first Dow references ISCC PLUS-style mass-balance chemistry industry-wide; confirm certificate holder, site scope, and expiry before citing a specific plant. ## Reported residual streams 2024 TRI management categories for the matched U.S. parent record provide a consistent listed-chemical management view across Dow's U.S. facilities. 2024 U.S. listed-chemical data #### 633.7M lb managed in 2024 Recycling 184.3M lb Treatment 384.0M lb Energy recovery 57.3M lb On-site release 6.3M lb Off-site transfer 2.1M lb #### Named public facility leads The Dow Chemical Co --- Louisiana Operations · Plaquemine, LA 226,653,973 lb Dow Chemical Co Freeport Facility · Freeport, TX 102,269,590 lb St. Charles Operations (Taft/Star), Union Carbide Corp · Hahnville, LA 86,739,044 lb **What determines a viable recovery route:** validate legal owner, operator, process, stream identity, assay, contamination, current disposition, permit fit, receiving specification, and delivered economics. #### Potential receiving markets #### Mechanical & advanced plastics recyclers Dow's own public Materials Ecosystem partners (mechanical recycling and advanced/pyrolysis-type recycling) are the most concrete named-class receiving route for polyolefin residuals. #### Solvent and chemical reclaimers Can receive suitable streams when assay, hazard profile, recovery yield, permits, and buyer specifications align. #### Cement kilns (approved co-processing) A permitted fallback for qualifying non-recoverable organic residues under co-processing rules. #### Permitted treatment (fallback) Remains the compliant fallback route when a recovery pathway does not clear technical, regulatory, or delivered-cost thresholds. ## Highest-leverage public opportunities These opportunity hypotheses connect Dow's public product, TRI, and circularity-program signals to specific material-transition pathways. #### Recycled or advanced-recycled PE feedstock Evidence first Compare one Packaging & Specialty Plastics resin grade against Dow's own published mechanical- or advanced-recycling feedstock. - Grade and performance match - ISCC PLUS chain-of-custody scope - Delivered cost vs. virgin ethylene-derived resin #### Ethylene-stream recovery at Plaquemine Site validation Plaquemine is Dow's largest single TRI lead by a wide margin; a facility-level recovery or process-yield review is the highest-volume single-site hypothesis in this brief. - Facility ownership and operating-control validation - Stream identity and assay - Permit fit and receiving specification #### Safer solvent / additive substitution Specification required Use a current formulation decision to connect hazard, regulation, performance, and recovery for a non-ethylene stream. - Current SDS and TDS - Regulatory trigger (TSCA/PFAS) - Plant and product owner #### Off-spec polymer qualification Stream validation Test whether a consistent off-spec polyolefin stream can qualify as a secondary compounder feedstock. - Stream identity and volume - Contamination and lot consistency - Qualified compounder buyer #### Priority opportunity **Dow's clearest evidenced next step:** Ethylene is both Dow's #1 TRI-reported chemical and the feedstock backbone of its largest segment, Packaging & Specialty Plastics. The clearest evidenced entry point is matching one packaging resin grade against a mechanically- or advanced-recycled feedstock already running through Dow's own public Materials Ecosystem program, not a new circularity pitch, but a validation of a program Dow has already put in market. ## Material Transition editorial interpretation This brief separates the disclosed record from the evidence still needed. Bring the relevant specification, facility or product-family evidence into the review. ## Sources - [1] U.S. EPA TRI - https://www.epa.gov/toxics-release-inventory-tri-program/tri-basic-data-files-calendar-years-1987-present - 2024 U.S. TRI Basic Data Files, facility, parent, chemical, and management-category quantities. - [2] U.S. SEC, Company Facts - https://data.sec.gov/api/xbrl/companyfacts/CIK0001751788.json - SEC XBRL Company Facts for Dow Inc., CIK 0001751788. - [3] Dow FY2025 Form 10-K - https://www.sec.gov/Archives/edgar/data/1751788/000175178826000018/dow-20251231.htm - Segment structure and FY2025 net sales of ~$40.0B, confirming the TRI/SEC-matched revenue figure. - [4] Dow Materials Ecosystem - https://www.dow.com/en-us/materials-ecosystem.html - Official hub describing Dow's mechanical and advanced plastics-recycling programs. - [5] Dow Mechanical Plastics Recycling - https://www.dow.com/en-us/materials-ecosystem/mechanical-plastics-recycling.html - Program page describing Dow's mechanical-recycling partnerships and feedstock loop. - [6] Dow Advanced Recycling - https://www.dow.com/en-us/materials-ecosystem/advanced-recycling.html - Program page describing Dow's advanced (chemical) recycling systems. From the Material Transition company brief library: https://www.materialtransition.com/library/dow