Last Updated: June 2, 2026

85+ Chemical Manufacturing Statistics for 2026

Chemical manufacturing is one of the quiet engines behind U.S. industry. Paint lines, fertilizer plants, resin producers, coating suppliers, industrial gas producers, adhesive makers, pharma inputs, plastics, electronics materials, water treatment chemicals, and thousands of other product categories run through NAICS 325.

This resource collects current chemical manufacturing statistics from the Bureau of Labor Statistics, Census Bureau, EIA, Federal Reserve, EPA, and American Chemistry Council. Every table links to its original source so your team can cite the data, check the methodology, or pull the underlying series before a board meeting, supplier strategy session, or market-sizing exercise.

1. Chemical Manufacturing Industry Overview

Chemical manufacturing sits inside NAICS 325, a broad sector that includes basic chemicals, resins and synthetic rubber, agricultural chemicals, pharmaceuticals and medicines, paints and coatings, adhesives, soaps, cleaning compounds, toilet preparations, and other chemical products. The BLS industry profile for NAICS 325 treats this as one of the major manufacturing industry groups, while the Census Annual Survey of Manufactures shows why it deserves its own resource page.

In the 2021 Annual Survey of Manufactures, chemical manufacturing recorded $832.3 billion in value of shipments and $365.3 billion in cost of materials. That made NAICS 325 the third-largest manufacturing subsector by shipments, behind food manufacturing at $904.1 billion and transportation equipment manufacturing at $878.7 billion. On cost of materials, chemicals ranked fourth, behind transportation equipment at $577.5 billion, food manufacturing at $552.7 billion, and one other manufacturing subsector identified in the Census release.

The American Chemistry Council frames the sector even wider than NAICS tables. Its Economic Elements of Chemistry launch reported that U.S. chemical exports totaled $164 billion and represented 10% of U.S. goods exports. The same ACC release said the business of chemistry contributed hundreds of billions of dollars annually to the U.S. economy and supported more than half a million jobs in 2023. For marketers and suppliers, that means this is not a niche market. It is a large industrial buying ecosystem with strict compliance, safety, uptime, and documentation requirements.

NAICS 325 market structure and buyer context

The North American Industry Classification System defines chemical manufacturing as NAICS 325. That sounds tidy on a spreadsheet, but the buying behavior inside the chemical industry is fragmented. A basic chemicals establishment buying process controls, tank linings, or maintenance services will not evaluate a vendor the same way a specialty chemicals blender, coatings plant, or resin producer does. Search demand reflects that split. Buyers look for chemical manufacturing statistics, chemical industry employment, chemical companies by subsector, and plant-level data because one broad industry average can hide very different risk and margin profiles.

The industry in the United States also has unusual concentration patterns. Some products are made by a small number of very large producers near feedstock, ports, rail, and pipeline infrastructure. Other products are made by smaller specialty chemicals companies serving regional construction, water treatment, metal finishing, food processing, electronics, packaging, or agricultural customers. That mix is why this page pairs Census shipment data with BLS workforce statistics, Federal Reserve production data, EIA energy data, EPA TRI reporting, and ACC trade figures rather than relying on a single market-size number.

The 2024 and 2026 trend is not simply “chemicals are growing” or “chemicals are slowing.” ACC reported $164 billion in U.S. chemical exports and 10% of U.S. goods exports in its 2024 Economic Elements of Chemistry announcement. BLS showed chemical manufacturing employment near 900,000 jobs through 2025 and early 2026. Federal Reserve data showed capacity utilization easing from the mid-75% range in summer 2025 to 72.7097% in April 2026. EIA showed chemical manufacturing as the largest energy-using manufacturing subsector in 2022. Those facts point to a large industry with real export reach, high raw materials exposure, heavy energy use, and uneven plant-level buying conditions.

2. Employment, Hours, and Earnings

Chemical plants are process-heavy, but they are not labor-light in the way outsiders often assume. The sector still needs operators, maintenance techs, process engineers, EHS managers, instrument technicians, quality labs, logistics teams, packaging crews, and plant management. BLS Current Employment Statistics show chemical manufacturing employment staying near the 900,000-job level from mid-2025 into early 2026.

The table below uses BLS CES series CES3232500001. BLS reports employment in thousands, so the April 2026 value of 895.3 means about 895,300 jobs.

Pay and hours data tell a second story. From May 2025 to April 2026, the BLS hours series moved from 39.63 to 41.28. The hourly earnings series moved from $31.36 to $32.78. Weekly earnings moved from $1,632.76 to $1,717.25. Chemical plants are still competing for people who can keep reactors, packaging lines, pumps, valves, compressors, controls, and quality systems running without a safety miss.

3. Shipments, Production, and Capacity

Chemical manufacturing output is tied to construction, agriculture, packaging, automotive, electronics, energy, medical supply chains, and consumer goods. That is why the Federal Reserve production and capacity utilization series are useful. They give a monthly read on whether the sector is pushing more volume through the plant or backing off.

The industrial production index for chemical manufacturing, published by the Federal Reserve and mirrored through FRED series IPG325S, registered 101.9403 in April 2026. Capacity utilization for the same NAICS 325 grouping, shown in FRED series CAPUTLG325S, was 72.7097% in April 2026. Utilization ran above 75% in June, July, August, and September 2025 before easing through late 2025 and early 2026.

The production and utilization numbers matter because chemical plants often buy differently when utilization shifts. High utilization can move attention to debottlenecking, maintenance planning, spare-parts availability, turnaround scheduling, emissions control, and fast vendor qualification. Lower utilization can shift attention toward cost control, yield improvement, energy management, working capital, and supplier consolidation.

4. Energy and Feedstock Use

If you sell into chemical manufacturing, energy is not a side issue. It is usually part of the product economics. EIA's 2022 Manufacturing Energy Consumption Survey showed that U.S. manufacturers used 18,348 trillion Btu of total first-use energy in 2022. Chemicals alone used 7,459 trillion Btu, more than petroleum and coal products, paper, primary metals, food, nonmetallic minerals, or the combined all-other-manufacturing group.

EIA reports chemical manufacturing energy use in two buckets: 2,985 trillion Btu as fuel and 4,474 trillion Btu as nonfuel feedstock. That split is why a chemical plant can look different from a fabrication shop or machine shop. Natural gas, hydrocarbon gas liquids, LPG, NGL, and other materials are not only used to run equipment. They can become the raw material for fertilizer, plastics, resins, and other products.

EIA also reports that six energy-intensive subsectors, chemicals, petroleum and coal products, paper, primary metals, food, and nonmetallic minerals, represented 97% of manufacturing energy consumption in 2022. The top three, chemicals, petroleum and coal products, and paper, accounted for nearly 77% of total manufacturing energy use. Fuel use represented about 65% of total manufacturing first-use energy, while nonfuel feedstocks represented about 35%.

On feedstocks, the same EIA page reports that hydrocarbon gas liquids excluding natural gasoline accounted for 3,065 trillion Btu, or 47% of total U.S. manufacturing nonfuel-energy feedstock use in 2022. Natural gas accounted for 904 trillion Btu, or 14%. Coal accounted for 501 trillion Btu, or 8%. Other feedstocks accounted for 2,078 trillion Btu, or 32%. EIA notes that hydrocarbon gas liquids are feedstocks for making plastics and chemicals, while natural gas is a major feedstock for fertilizer.

5. EPA TRI and Regulatory Data

Chemical manufacturing is also one of the most visible manufacturing sectors in environmental reporting. EPA's 2023 TRI National Analysis reported that 3,445 chemical manufacturing facilities reported to TRI, more facilities than any other industry sector. Those facilities represented 16% of all TRI-reporting facilities in 2023 and reported 42% of all TRI waste managed.

EPA identifies several chemical manufacturing subsectors in that TRI analysis: basic chemicals, other chemical products, coatings and adhesives, and resins and synthetic rubber. Basic chemical facilities include petrochemicals, industrial gases, and synthetic dyes and pigments. Coatings and adhesives facilities make paint products, paint removers, thinners, adhesives, glues, and caulking compounds. Resin and synthetic rubber facilities manufacture plastic materials, synthetic rubber, fibers, and filaments.

For suppliers, this affects marketing and sales enablement. Chemical manufacturers often need proof before they talk to sales: safety data sheets, chemical compatibility, regulatory references, material traceability, inspection records, emissions impact, documented cleaning processes, and audit-ready installation procedures. A lead-generation page for a chemical plant buyer should answer those questions before the RFQ form.

6. What This Means for Manufacturers Selling Into Chemical Plants

Chemical manufacturers buy with a different risk profile than a general industrial account. A replacement part, coating system, gasket, valve, sensor, skid, mixer, filter, pump, safety product, or contract service can affect uptime, worker safety, regulatory exposure, contamination risk, and final product quality. The data above points to a sector with large shipments, high energy exposure, skilled labor needs, heavy compliance, and a monthly production cycle that can change buying urgency.

That is why chemical manufacturing SEO needs more than a generic “industrial solutions” page. The best-performing pages for this market usually map to real plant questions: Can this material handle caustic washdown? Will the seal survive solvents? What documentation can purchasing attach to the vendor file? Can the supplier meet turnaround timing? Does the product reduce process heat, compressed air waste, or downtime? Can engineering see drawings, tolerances, certifications, and case history before requesting a quote?

If your company sells into chemical manufacturing, build content around the jobs buyers are trying to finish. Plant managers need uptime proof. Maintenance teams need fit and failure-mode clarity. Process engineers need compatibility and controls detail. EHS teams need safety and regulatory documentation. Purchasing needs lead time, vendor setup, and price confidence. Marketing should make all of that easier to find.

7. Chemical Manufacturing Subsectors and Search Intent

Chemical manufacturing is not one sales motion. The EPA TRI sector description is a useful practical map because it names the subsectors that buyers and compliance teams actually recognize inside NAICS 325. Basic chemicals include petrochemicals, industrial gases, synthetic dyes, and pigments. Other chemical products include explosives, inks, toners, antifreeze, brake fluid, and other application-specific products. Coatings and adhesives include architectural paint, industrial coatings, paint removers, thinners, adhesives, glues, and caulks. Resins and synthetic rubber include plastic materials, synthetic rubber, fibers, and filaments. Each subsector creates different supplier questions.

For basic chemicals, the strongest content usually addresses process uptime, corrosion, heat, pressure, containment, and turnaround windows. A pump, valve, gasket, coating, instrument, filter, or maintenance provider needs proof tied to compatibility and failure mode. For coatings and adhesives, buyers care about batch consistency, pigment handling, solvent exposure, packaging, labeling, cure behavior, VOC controls, and line changeover. For specialty chemicals, application fit and documentation can be more important than a generic equipment feature list.

The data also supports stronger account segmentation. A company selling automation services might prioritize plants with high energy intensity, frequent changeovers, or aging controls. A staffing firm might build pages around process operator hiring, EHS talent, lab technician shortages, and maintenance workforce gaps. A contract manufacturer serving chemical companies might target small-batch blending, private-label chemical packaging, hazardous material documentation, and supplier-risk reduction. A logistics provider might target hazmat shipping, rail access, drum and tote handling, export paperwork, import compliance, and emergency response planning.

The keyword opportunity is also stronger than many industrial marketers assume. Chemical manufacturing statistics pages attract researchers, trade journalists, consultants, economic developers, sales teams, and chemical industry associations because the sector touches so many downstream markets. A well-sourced resource can earn backlinks from pages about manufacturing employment, environmental reporting, energy consumption, exports, workforce statistics, industrial production, and raw materials trends. That is the linkbait value of the page. It is useful outside a narrow lead-generation funnel, but it still supports commercial trust when chemical plant buyers land on the site.

Industry Outlook, Competitiveness, and Commercial Signals

The chemical manufacturing industry outlook depends on demand from downstream markets, energy prices, labor costs, trade flows, and capital discipline. A decline in capacity utilization does not automatically mean weak revenue for every chemical company, and a month of higher production does not mean every plant is expanding. This is an industry where market share can shift by product line, feedstock access, port access, customer qualification status, and the ability to meet documentation requirements faster than another qualified supplier.

ACC's Economic Elements of Chemistry announcement described the chemical industry as a source of economic growth and innovation, with data on trade, capital spending, job creation, and other economic data available through its digital resource. That matters for competitiveness because the sector is both a domestic manufacturing base and a global exporter. When ACC reports $164 billion in U.S. chemical exports and 10% of U.S. goods exports, the export number is not just a trade statistic. It is a signal that U.S. chemical producers compete in global supply chains where price, lead time, compliance, and quality documentation can affect account retention.

Import pressure also shapes sales conversations. A U.S. chemical plant facing lower-priced imported inputs or finished goods may be more sensitive to downtime, scrap, freight, energy waste, packaging yield, and working capital tied up in inventory. Suppliers that can connect their product to measurable cost control have a better chance of being taken seriously. The same is true for suppliers that reduce audit risk, improve traceability, shorten maintenance work orders, or help engineering validate a replacement before a shutdown window closes.

For lead generation, the practical insight is straightforward. Chemical companies do not need more vague vendor claims. They need proof that fits how a plant actually buys. Pages that cite source data, state the application clearly, explain material compatibility, and show documentation up front can turn research traffic into qualified RFQs. The market is large enough to justify subsector-specific pages, and the risk profile is strict enough that generic industrial marketing usually leaves money on the table.

The same logic applies to account-based marketing and sales outreach. If a prospect operates a resin plant, a fertilizer site, or an industrial coatings facility, the first message should not read like it was written for every factory in America. It should reference the buyer's likely equipment, raw materials by a chemical process, quality controls, and compliance burden. Market research gets more useful when it helps sales teams separate high-volume commodity plants from smaller specialty chemicals operations that may buy on speed, technical support, and documentation depth.

Methodology Notes

This resource uses official or industry-primary sources where possible. BLS CES data is monthly and can revise, so employment, hours, and earnings should be treated as current series values rather than fixed annual totals. Federal Reserve industrial production and capacity utilization are index series, not plant-count surveys. Census ASM shipment and materials figures are annual survey estimates. EIA MECS energy data is quadrennial, which makes the 2022 release the right source for the current detailed manufacturing energy split. EPA TRI data covers facilities that report under TRI rules, not every chemical manufacturing establishment in the country.

We use these sources together because the chemical manufacturing industry cannot be understood through one metric. Shipments show market scale. Employment shows workforce demand. Weekly hours and earnings show labor pressure. Industrial production and capacity utilization show operating conditions. Energy and feedstock data show cost and raw materials exposure. TRI reporting shows regulatory visibility. Export and import context shows the sector's role in global trade. If you cite this page, cite the original source link next to the number when the number is mission-critical. For quarterly planning, the page can work as a benchmark for investors, sales leaders, and marketers tracking workplace trends, international trade dynamics, and the chemical industry's contribution to manufacturing demand.

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Cite This Resource

Sources

These are the source pages and data series used for this resource. Follow the links for methodology notes, downloadable data, definitions, and release timing.

1. BLS Industries at a Glance, Chemical Manufacturing NAICS 325
2. BLS public API, CES3232500001 chemical manufacturing employment
3. BLS public API, CES3232500003 hours series
4. BLS public API, CES3232500008 hourly earnings series
5. BLS public API, CES3232500011 weekly earnings series
6. Census Bureau Annual Survey of Manufactures 2021
7. EIA, Use of Energy in Industry and 2022 MECS data
8. EIA Chemical Industry Analysis Brief
9. Federal Reserve industrial production index for chemical manufacturing via FRED IPG325S
10. Federal Reserve capacity utilization for chemical manufacturing via FRED CAPUTLG325S
11. EPA TRI National Analysis, Chemical Manufacturing
12. American Chemistry Council, Economic Elements of Chemistry announcement