U.S. Industrial Self-Sufficiency | CREI Intelligence Brief

Key Vulnerability Metrics — Sourced Data

The numbers that define U.S. industrial dependence.

Each figure below is drawn from official government sources, industry associations, or peer-reviewed analysis. Together, they describe the scale of what self-sufficiency actually requires.

80%

of rare earth elements imported in 2024

Source: USGS, Nov 2025

aluminum smelters remaining in the U.S. (down from 33 in 1980)

Source: Aluminum Association, May 2025

~10%

U.S. share of global semiconductor manufacturing capacity, as of 2022 (down from 37% in 1990)

Source: SIA, 2023

78%

of FDA-registered API sites are outside the U.S. (as of 2025)

Source: FDA / LGM Pharma, Feb 2025

98%

of global gallium production controlled by China (as of 2024)

Source: CSIS, Dec 2024

670K

metric tons of primary aluminum produced in U.S. (2024) — less than 1% of global output

Source: USGS MCS 2025

$1.2T

goods trade deficit in 2024 — largest in U.S. history

Source: Bureau of Economic Analysis

1.9M

manufacturing jobs projected to go unfilled by 2033

Source: Deloitte / Mfg Institute

90%

of rare earths refined in China, even ore mined elsewhere (as of 2024)

Source: Visual Capitalist / USGS

large-scale flat panel display (LCD/OLED) fabs in the U.S., as of 2024

Source: Industry analysis

93%

of U.S. potash imported, primarily from Canada (as of 2024)

Source: USGS MCS 2025

244K

reshoring + FDI jobs announced in 2024 (2nd highest on record)

Source: Reshoring Initiative, Jun 2025

Ranked Threat Assessment

Industrial supply chain vulnerabilities — ranked by severity and capital decision proximity.

Threats scored by gap severity, foreign concentration risk, and estimated GDP impact of supply disruption. Each represents compounding exposure for organizations with capital commitments in affected sectors.

Self-Sufficiency Threat Monitor Live

#1Critical Mineral Processing Dependence — 100% net import reliant for 12 critical minerals (2024); China restricted gallium, germanium, antimony exports to U.S.Critical

#2Semiconductor Fabrication & Packaging — ~10% of global chip manufacturing capacity (2022); limited advanced packaging; $500B+ in private investment announcedCritical

#3Pharmaceutical API Concentration — 78% of FDA-registered API sites are foreign; exposure to China varies by drug category and remains difficult to quantify preciselyHigh

#4Aluminum Smelting Collapse — 4 smelters remain from 33 in 1980; U.S. produces less than 1% of global aluminum; 47% net import relianceHigh

#5EV Battery & Display Manufacturing — no large-scale domestic flat panel display fabs; battery cell supply chains predominantly Asian-controlledHigh

#6Defense Industrial Base Bottlenecks — submarine production at 1.2/year vs. 2+ needed; munitions insufficient for sustained conflictHigh

#7Uranium & Nuclear Fuel Dependence — approximately 90% of uranium imported; minimal HALEU enrichment capacity for next-gen reactorsMed

#8Fertilizer & Potash Import Exposure — 93% of potash imported from Canada; phosphate capacity declining in FloridaMed

Sector Gap Analysis — Sourced

Eleven sectors. The full picture of what independence requires.

Each sector card includes the specific gap, sourced statistics, and identified investment locations. Status indicators reflect project maturity as of Q1 2026.

💎

Critical Minerals & Rare Earths

The 2025 USGS Critical Minerals List includes 60 minerals (up from 50 in 2022). Separately, USGS data shows 12 critical minerals where the U.S. was 100% net import reliant in 2024, including gallium, graphite, manganese, and tantalum. China contributes to the GDP risk of 46 of 84 minerals studied. Mountain Pass, CA must export ore for processing — the U.S. lacks refining capacity at scale.

18 Locations Critical Gap

Sources: USGS 2025 Critical Minerals List; Visual Capitalist / USGS

⚡

Semiconductors & Advanced Chips

U.S. share of global semiconductor manufacturing capacity fell from 37% in 1990 to approximately 10% in 2022. Over $500B in private semiconductor investment has been announced across 100+ projects in 28 states. TSMC's Arizona Fab 21 began 4nm production in 2025. The U.S. has lagged in advanced packaging capacity; Amkor's Arizona project, first announced at approximately $2B in 2023 and expanded to $7B in 2025, is intended to materially expand domestic advanced packaging and test capability.

14 Locations Critical Gap

Sources: SIA / Camoin CHIPS Act Analysis; IEEE Spectrum, TSMC Arizona

🏭

Steel, Aluminum & Industrial Metals

Only 4 aluminum smelters remain, producing 683,500 metric tons — less than 1% of global output (down from 4.65M tons at 33 sites in 1980). A new smelter costs $3-5 billion and requires 20-year power contracts at $40/MWh. DOE announced $500M for a new smelter in the Ohio/Mississippi basin.

12 Locations High Gap

Sources: Aluminum Association, May 2025; USGS MCS 2025

🛢️

Energy, Fuels & Uranium

The U.S. is largely self-sufficient in oil and natural gas but approximately 90% of uranium for nuclear power is imported. Centrus operates the only U.S.-licensed HALEU production facility in Piketon, Ohio; Oak Ridge, Tennessee is Centrus's centrifuge manufacturing site. The Salton Sea geothermal lithium project could yield 90,000+ tons/year.

10 Locations Moderate Gap

Sources: Visual Capitalist; OSM 2025

💊

Pharmaceuticals & Medical Supply

Only 22% of FDA-registered API manufacturing sites are in the U.S., indicating heavy foreign concentration. Exposure to China varies by drug category and should not be overstated without drug-specific sourcing. India imports roughly 70% of its APIs from China. The last U.S. penicillin API plant closed in 2004.

9 Locations High Gap

Sources: LGM Pharma / FDA, Feb 2025; JAMA Health Forum, 2025

📱

Electronics, Batteries & Consumer Goods

No large-scale domestic flat panel display fabrication or smartphone assembly; minimal PCB production. EV battery supply chains are 90%+ Asian-controlled (as of 2024), though gigafactories are under construction in Georgia, Kentucky, Kansas, Nevada, and Michigan.

11 Locations High Gap

Sources: Tema ETFs, 2026; 24/7 Wall St

🛡️

Defense Industrial Base

Electric Boat in Groton, CT builds nuclear submarines at 1.2 per year vs. the 2+ needed. Workforce shortages are severe at every shipyard. Solid rocket motor production at Northrop Grumman represents the only U.S. supplier of large solid boosters.

11 Locations High Gap

Sources: Congressional Research Service defense industrial base reports; DoD acquisition data

🌾

Agriculture, Food & Fertilizer

U.S. agriculture is highly productive but critically dependent on imported fertilizer. Potash import reliance is 93% as of 2024 (primarily from Canada). Phosphate mining in Florida supplies approximately 75% of U.S. phosphate. The U.S. imports over 50% of its seafood.

12 Locations Moderate Gap

Sources: USGS MCS 2025; USDA trade data

✈️

Automotive, Aerospace & EV Chain

The U.S. assembles vehicles but imports approximately 60% of auto parts (as of 2024). EV battery cathode/anode materials are almost entirely Asian-sourced. Gigafactories under construction in Georgia, Kansas, Michigan, and Kentucky.

9 Locations High Gap

Sources: Reshoring Initiative 2024; Industry announcements

🧵

Textiles, Timber & Building Materials

The U.S. imports approximately 97% of clothing and textiles (as of 2023). Domestic timber production is strong but sawmill and processing capacity has declined. Carbon fiber precursor and advanced technical textiles are near-zero domestically.

9 Locations Moderate Gap

Sources: USDA Forest Service; Bureau of Labor Statistics

🧪

Chemicals & Petrochemicals

Strong petrochemical base (Houston/Gulf Coast) but 100% import-reliant on fluorspar (as of 2024). High-purity polysilicon for semiconductors is not produced domestically at scale. Fluorochemical and specialty polymer capacity needs expansion.

6 Locations Moderate Gap

Sources: USGS MCS 2025; Industry data

Priority Investment Locations

Highest-impact sites where capital decisions will shape U.S. industrial trajectory.

Locations ranked by strategic importance, investment scale, and gap severity. Each represents a point where deployment or inaction creates irreversible consequences.

State	Location / Project	Sector	Investment	Status
Arizona	Phoenix — TSMC (3 fabs), Intel (2 fabs), Amkor (packaging)	Semiconductors	$161.7B+	Building
Texas	Sherman/Taylor/Austin — TI, Samsung; Round Top — USA Rare Earth	Chips, REEs	$80B+	Building
Ohio	New Albany — Intel megasite (up to 8 fabs)	Semiconductors	$100B	Building
New York	Clay/Syracuse — Micron DRAM megafab	Memory Chips	$100B	Building
California	Mountain Pass — MP Materials (sole U.S. REE mine)	Rare Earths	$500M+ (DoD)	Expand
California	Salton Sea — geothermal lithium (90K+ tons/yr)	Lithium	Multi-billion	Building
Nevada	Thacker Pass — Lithium Americas (largest U.S. deposit)	Lithium	$2.3B+	Building
Oklahoma	Stillwater — USA Rare Earth magnets + EGA smelter	REE Magnets, Al	$3.3B+	Building
Kentucky	NE Kentucky — Century Aluminum (first new smelter in 45 yrs)	Aluminum	~$5B	Proposed
Minnesota	Duluth Complex — untapped Ni, Co, Cu, PGM deposits	Critical Minerals	TBD	Proposed
Alaska	Graphite Creek — largest known U.S. graphite deposit	Graphite	TBD	Proposed
Connecticut	Groton — Electric Boat submarines (1.2/yr, need 2+)	Defense	Multi-billion	Expand
N. Carolina	Research Triangle — pharma biologics; Siler City — Wolfspeed SiC	Pharma, SiC	$5B+	Building
Kentucky	Louisville — GE Appliances + Whirlpool reshoring	Consumer Goods	$790M+	Building
Indiana	Gary/NW Indiana — largest U.S. integrated steel region	Steel	Ongoing	Expand

Strategic Requirements

What full self-sufficiency actually requires — beyond headline investments.

Close the Processing Gap, Not Just the Mining Gap

Even where the U.S. mines minerals domestically, it lacks the processing infrastructure to refine them into usable materials. A January 2026 White House proclamation explicitly stated: even where the U.S. has domestic mining capacity for cobalt, nickel, and rare earths, it lacks processing capacity. Rare earth ore from Mountain Pass must be exported for refining. Mining alone does not equal independence.

Source: White House Section 232 Proclamation on Processed Critical Minerals, January 2026

Rebuild Smelting & Refining at Scale

Aluminum smelting has collapsed from 33 facilities producing 4.65 million metric tons in 1980 to just 4 facilities producing 683,500 metric tons today. The Aluminum Association identifies electricity deregulation as the single most important factor. A new smelter requires $3-5 billion capital and a 20-year power contract at $40/MWh or below.

Source: Aluminum Association "Powering Up American Aluminum" White Paper, May 2025

Build the Industries That Do Not Exist

Some sectors require not expansion but creation from scratch. The U.S. has no large-scale flat panel display fabrication. Advanced chip packaging had negligible domestic capacity until Amkor's Arizona facility. Graphite has not been mined in the U.S. for over 60 years. The USA Rare Earth magnet factory in Stillwater, OK will be the first domestic mine-to-magnet supply chain.

Sources: USGS MCS 2025; USA Rare Earth / CHIPS Program announcement, Jan 2026

Solve the Workforce Bottleneck

An estimated 1.9 million manufacturing jobs are projected to go unfilled by 2033. Every shipyard reports severe workforce shortages. 88% of 2024 reshoring jobs were in high or medium-high tech sectors, requiring skilled technicians, not manual laborers. U.S. manufacturing apprenticeships have risen 83% over the past decade, but far more are needed.

Source: Reshoring Initiative 2024 Annual Report; Deloitte / Manufacturing Institute

Accept Geological Limits — and Build Around Them

The U.S. holds less than 1% of global reserves of graphite, nickel, and cobalt. Full mine-to-market independence for these is geologically impossible. The strategy must combine domestic extraction with mine-waste recovery (USGS identified $2.5 billion in minerals at Coeur d'Alene, Idaho alone), battery recycling (Redwood Materials in Nevada), and secured allied supply chains.

Source: Deloitte Critical Minerals Action Plan, Dec 2025; DOI mine waste initiative, Jul 2025

Sources & Methodology

Primary sources underlying this analysis.

All data points are drawn from government sources, industry associations, peer-reviewed research, or verified corporate announcements. This brief does not constitute investment advice.

Government & Institutional Sources

U.S. Geological Survey, Mineral Commodity Summaries 2025 (ver. 1.2, March 2025). pubs.usgs.gov
USGS, "Interior Department Releases Final 2025 List of Critical Minerals," November 2025. usgs.gov
White House, "Adjusting Imports of Processed Critical Minerals," January 2026. whitehouse.gov
Congressional Research Service, "Critical Mineral Resources: The USGS Role" (R48005), February 2025. congress.gov
Department of the Interior, "Effort to Unlock Critical Minerals from Mine Waste," July 2025. doi.gov
U.S. Bureau of Economic Analysis, 2024 trade deficit data.
Bureau of Labor Statistics, manufacturing employment data (April 2025).
Office of Surface Mining Reclamation and Enforcement, "FY2025 Year in Review." osmre.gov

Industry & Research Sources

Semiconductor Industry Association, U.S. Semiconductor Ecosystem Map. semiconductors.org
Camoin Associates, "Where the CHIPS Act is Transforming the U.S. Semiconductor Ecosystem." camoinassociates.com
Manufacturing Dive, "Tracking CHIPS and Science Act Awards." manufacturingdive.com
Aluminum Association, "Powering Up American Aluminum" White Paper, May 2025. aluminum.org
Reshoring Initiative, "2024 Annual Report Including 1Q2025 Insights," June 2025. reshorenow.org
LGM Pharma / FDA, "Tariffs and Geopolitics: API Supply Chain Resilience in 2025." lgmpharma.com
JAMA Health Forum, "U.S. Antibiotic Importation and Supply Chain Vulnerabilities," 2025. PMC/NIH
Deloitte, "Restoring American Mineral Dominance," December 2025. deloitte.com
Visual Capitalist, "Ranked: U.S. Import Reliance for 37 Critical Minerals," February 2026. visualcapitalist.com
CSIS, "From Mine to Microchip," December 2024. csis.org
NIST/Commerce Dept, "CHIPS Program Letter of Intent with USA Rare Earth," January 2026. nist.gov
IEEE Spectrum, "TSMC's Arizona Plant to Start Making Advanced Chips," December 2024. spectrum.ieee.org

U.S. Industrial Self-Sufficiency: Where to Build Before the Window Closes