U.S. container ports handled more than 54 million TEUs in 2024, a record year driven by front-loading ahead of tariff uncertainty and a structural rebalancing of trade flows from the West Coast to the East and Gulf Coasts. Behind those volumes sits more than $60 billion in active port capital projects, from Savannah's $4.5 billion expansion targeting 9 million TEUs by 2035 to Virginia's completion of the deepest commercial channel on the East Coast at 55 feet.
For commercial real estate professionals evaluating warehouse, distribution, and industrial properties, this infrastructure network defines tenant demand, rental rate premiums, and absorption patterns across every major logistics corridor. This interactive map plots 17 major U.S. container ports and inland intermodal hubs with TEU throughput, channel depth, crane capacity, Class I railroad connections, and capital investment data. Monthly TEU volumes for the top 10 ports update automatically from the Bureau of Transportation Statistics Socrata API, with 12-month sparkline trend charts embedded directly in each port popup. A NOAA MarineCadastre AIS vessel traffic density overlay (2024 transit counts) renders shipping lane intensity across all U.S. coastal waters, visualizing where maritime activity concentrates and how it connects to port-proximate industrial markets. Click any port for the full operational profile. Toggle vessel density, railroad, and highway corridor overlays to analyze multimodal connectivity.
U.S. Container Port Rankings and the Post-Pandemic Rebalancing
The Port of Los Angeles retained its position as the busiest U.S. container port in 2024 at 10.30 million TEUs, a 20 percent increase year over year. Long Beach followed at 9.65 million TEUs, also setting an all-time record. Together, the San Pedro Bay complex handled nearly 20 million TEUs, representing roughly 37 percent of all U.S. containerized waterborne trade.
The more consequential trend for logistics real estate, however, is the sustained shift of container volume toward East Coast and Gulf Coast gateways. The live data ticker at the top of the map tracks this rebalancing in real time: the Port of New York and New Jersey processed 8.70 million TEUs in 2024, up 11.4 percent. Savannah reached 5.55 million TEUs with 12 percent growth. Houston handled 4.14 million TEUs, consolidating its dominance of Gulf container traffic at 74 percent market share. The Northwest Seaport Alliance (Seattle-Tacoma) posted 3.34 million TEUs, Virginia reached 3.50 million, and Charleston approached 2.50 million. Click any of these ports on the map to see their monthly TEU sparkline chart, which reveals whether recent months are accelerating or decelerating relative to the trailing 12-month trend.
This rebalancing reflects three structural forces. The Panama Canal's expanded locks enable direct Asia-to-East Coast routing for neo-Panamax vessels. Shippers are diversifying port exposure to reduce concentration risk after the 2021-2022 West Coast congestion crisis. And the rise of near-shoring from Mexico and Central America is strengthening Gulf Coast volumes, particularly at Houston, New Orleans, and Port Freeport, which posted the largest TEU growth of any U.S. port at 47.6 percent in 2024. For industrial property investors, this shift has direct consequences. Port-proximate industrial markets on the East Coast and Gulf Coast are absorbing an increasing share of national warehouse demand. Savannah's adjacent industrial market has become the fastest-growing in the country. Houston's industrial absorption is concentrated along the Ship Channel and I-10 corridor. Charleston's inland ports at Greer and Dillon are pulling warehouse demand 200 miles into the interior.
Channel Depth, Vessel Size, and the Infrastructure Arms Race
Channel depth is the single most consequential constraint on a port's competitive positioning for the next generation of container vessels. Ultra-large container ships exceeding 14,000 TEUs require 50 feet of draft or more, and the largest vessels afloat at 24,000 TEUs demand 52 to 55 feet. Ports that cannot accommodate these ships will lose first-call status on the primary Asia-to-U.S. trade lanes, with direct implications for surrounding industrial real estate demand.
The Port of Virginia completed dredging of its 55-foot channel in February 2026, making it the deepest commercial harbor on the U.S. East Coast. Virginia also benefits from zero air draft restrictions (no bridges over the channel), allowing the largest container ships to call without tidal windows. Charleston maintains a 52-foot channel with no tidal restrictions. Savannah operates at 47 feet and is pursuing a deepening to 52 feet. The Port of New York and New Jersey maintains a 50-foot channel with 53 feet at the Ambrose approach, though the Bayonne Bridge elevation limits vessel height at certain terminals.
On the Gulf Coast, Houston operates at 43 to 45 feet and is investing approximately $1 billion in Project 11, which will deepen and widen the Houston Ship Channel to 46.5 feet. New Orleans is deepening to 50 feet along a 256-mile stretch to Baton Rouge, part of its $1.8 billion Louisiana International Terminal development. Port Freeport is deepening to 51 to 56 feet, which will give it the deepest channel on the Texas Gulf Coast.
The West Coast maintains natural depth advantages. Long Beach offers 76 feet at its outer harbor, and Los Angeles provides 53 feet. These ports require minimal dredging but face different constraints: urban encroachment limits terminal expansion, and zero-emission mandates add operational costs that do not exist at competing ports.
For CRE investors, the investment thesis is clear: ports deepening their channels are signaling a multi-decade commitment to accommodating the largest vessels, which drives first-call status, which drives TEU growth, which drives warehouse and distribution demand in the surrounding industrial market. Virginia, Savannah, Charleston, and Port Freeport are all making this commitment simultaneously.
Railroad Connectivity as a Determinant of Logistics Real Estate Demand
Class I railroad access is the second most important infrastructure variable for port-adjacent industrial real estate, after the port's own throughput capacity. On-dock and near-dock intermodal rail allows containers to bypass congested highway corridors and reach inland distribution centers at lower cost, extending the port's demand-generating reach hundreds of miles into the interior.
The Port of New Orleans holds a unique position as the only U.S. seaport with access to all six Class I railroads (BNSF, Union Pacific, CSX, Norfolk Southern, Canadian National, and CPKC) through the New Orleans Public Belt Railroad. This connectivity, combined with the Mississippi River barge network reaching 33 states, underpins the $1.8 billion Louisiana International Terminal project targeting 2 million TEUs by its 2028 operational launch. The terminal received the largest USDOT MEGA grant in history at $300 million.
Savannah's $220 million Mason Mega Rail terminal, completed in 2022, doubled the port's rail lift capacity to 2 million lifts per year and enabled 42 unit trains per week on dual CSX and Norfolk Southern service. The impact on surrounding real estate has been measurable: Savannah's industrial market has added more than 40 million square feet of warehouse space since 2020, much of it along rail-served corridors.
Virginia leads the East Coast in rail modal share at approximately 37 percent of container moves, supported by its $1.4 billion Gateway Investment Program and Norfolk International Terminals' automated stacking crane systems. Port Houston is the only major U.S. container port served by three Class I railroads (BNSF, Union Pacific, and CPKC), which provides pricing competition and redundancy that benefits both shippers and adjacent industrial tenants.
Inland intermodal hubs extend port influence far beyond the waterfront. Kansas City's SmartPort, served by four Class I railroads, is positioned within a two-day truck transit of 85 percent of the U.S. population. BNSF's $750 million Logistics Park Kansas City complex anchors a 1,500-acre business park with 17 million square feet of warehousing. Memphis functions as the nation's primary air-rail-barge convergence point, home to the FedEx World Hub and five Class I railroads. Columbus/Rickenbacker reaches 47 percent of the U.S. population within a 500-mile radius and benefits from Norfolk Southern's $321 million Heartland Corridor, which enables double-stack container trains from the Port of Virginia.
Capital Investment Pipelines and What They Signal for CRE
U.S. port authorities are collectively investing more than $60 billion in active capital projects, the largest infrastructure spending cycle since the Panama Canal expansion opened in 2016. For industrial real estate investors, these capital commitments represent forward indicators of tenant demand, because port capacity expansion precedes the warehouse and distribution space absorption that follows rising throughput.
The largest single-project investment is New Orleans' Louisiana International Terminal at $1.8 billion, which will create an entirely new container terminal targeting 2 million TEUs by approximately 2028. Savannah's $4.5 billion ten-year program is designed to push capacity from the current 5.5 million TEUs to 9 million by 2035, entirely self-financed from port revenue. The Port of New York and New Jersey announced a $45 billion ten-year capital plan (2026-2035), the largest of any U.S. port. Virginia's Gateway Investment Program at $1.4 billion is adding 36 automated stacking cranes and a new berth at Norfolk International Terminals. Long Beach's ten-year CIP totals $3.2 billion (2026-2035), and Charleston's multi-project investment exceeds $3 billion including the WestRock 280-acre mega-terminal with an eventual capacity of 5 million TEUs.
Port Freeport, the smallest port in this dataset, represents an outsized CRE signal. Its channel deepening ($295 million) and Velasco Terminal expansion ($146 million) will create the deepest Gulf Coast container port with a one-hour buoy-to-berth transit time, potentially diverting volume from Houston and creating a new industrial real estate submarket south of the Houston metro.
Why Port Infrastructure Data Matters for CRE Feasibility
Industrial vacancy rates in port-proximate markets run approximately 33 percent below the national average, and asking rents have increased roughly 65 percent from 2019 to 2023 in these corridors. These are not incidental correlations. Port throughput growth creates a measurable cascade of demand for warehouse space, distribution centers, cold storage facilities, truck parking, chassis depots, and supporting commercial uses from workforce housing to food service.
For investors underwriting warehouse and distribution properties, port operational data provides the demand-side foundation that general market statistics miss. A warehouse located within a port's 30-mile drayage radius commands a rental premium tied directly to import volume growth. A distribution center on a rail-served intermodal corridor benefits from container-on-rail economics that make that location more cost-competitive than highway-dependent alternatives. An industrial park within a Foreign Trade Zone adjacent to a major port can offer tenants duty deferral, inverted tariff benefits, and zone-to-zone transfer capabilities that justify above-market rents.
The drayage radius is the critical geographic framework for port-adjacent CRE analysis. The typical drayage turn (port to warehouse and back) ranges from 15 to 50 miles, with costs increasing nonlinearly beyond 30 miles due to driver hours-of-service limits and chassis repositioning requirements. Properties within this radius capture a disproportionate share of import-distribution demand, while properties beyond it compete on lower land and labor costs. Understanding where each port's drayage sweet spot intersects with available industrial land, Interstate access, and rail connectivity is the foundation of logistics site suitability.
For SBA and USDA lending programs that support commercial properties in port communities, including truck stops, fuel stations, workforce housing , and supporting retail, port throughput data and capital investment pipelines provide the market demand analysis that lenders require in a feasibility study. Demonstrating that a proposed commercial property serves a corridor experiencing sustained port-driven growth strengthens the economic justification for loan guarantees.
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MMCG Invest, LLC is a commercial real estate feasibility consulting firm specializing in SBA and USDA feasibility studies across asset classes including ports, warehouses, logistic centers and flex spaces . Our analyses serve lenders, investors, and developers seeking institutional-quality market intelligence for underwriting and investment decisions.
Michal Mohelsky, J.D. | Principal | mmcginvest.com
Contact: michal@mmcginvest.com
Phone: (628) 225-1110
The answer depends on the metric. By container volume (TEUs), the Port of Los Angeles is the busiest U.S. port at 10.30 million TEUs in 2024, followed by Long Beach at 9.65 million. Together, the San Pedro Bay complex handles roughly 37 percent of all U.S. containerized waterborne trade. By total tonnage, the Port of Houston ranks first at over 309 million short tons of total waterborne cargo, reflecting its combined container, bulk, petrochemical, and energy commodity throughput. For commercial real estate purposes, TEU volume is the more relevant metric because it correlates directly with warehouse and distribution demand in port-adjacent industrial markets.
The Port of Virginia completed dredging of its 55-foot main commercial channel in February 2026, making it the deepest port on the U.S. East Coast. Virginia also benefits from a 59-foot approach channel and zero air draft restrictions, meaning no bridges limit vessel height at any point in the harbor. This combination allows the port to accommodate the largest container ships in the global fleet without tidal restrictions. Charleston maintains a 52-foot channel, also with no tidal restrictions. Savannah operates at 47 feet and is pursuing a deepening to 52 feet. Channel depth determines which ports can serve as first-call destinations for ultra-large container vessels, which drives volume growth and surrounding industrial property demand.
The Port of New Orleans holds a unique distinction as the only U.S. seaport connected to all six Class I railroads (BNSF, Union Pacific, CSX, Norfolk Southern, Canadian National, and CPKC) through the New Orleans Public Belt Railroad. Port Houston is the only major container port served by three Class I railroads (BNSF, Union Pacific, CPKC). Among inland hubs, Kansas City SmartPort connects to four Class I railroads and Memphis to five. Most major East Coast container ports connect to two Class I carriers: Savannah, Charleston, Virginia, Baltimore, Jacksonville, and New York/New Jersey all have dual CSX and Norfolk Southern service. West Coast ports typically connect to BNSF and Union Pacific. Virginia leads the East Coast in rail modal share at approximately 37 percent of container moves.
An inland port (also called a dry port or inland intermodal hub) is a logistics facility located away from a coastline that provides port-like services including intermodal container transfer between rail and truck, customs processing, warehousing, and distribution. Inland ports extend a seaport's reach into interior markets by enabling containers to be transferred from vessel to unit train at the seaport and then moved hundreds of miles inland before entering the trucking network. Examples include Kansas City SmartPort, Memphis, Columbus/Rickenbacker, and South Carolina's inland ports at Greer and Dillon. For commercial real estate investors, inland ports create concentrated warehouse and distribution demand far from the coast, often with lower land costs and labor availability compared to congested port-proximate markets.
The Georgia Ports Authority is executing a $4.5 billion, entirely self-financed ten-year expansion program designed to increase the Port of Savannah's capacity from approximately 5.5 million TEUs to 9 million TEUs by 2035. The program includes the Garden City Terminal expansion (the largest single-operator container terminal in North America at 1,345 acres), harbor deepening from 47 to 52 feet, and the already-completed $220 million Mason Mega Rail terminal that doubled on-dock rail capacity to 2 million lifts per year. The expansion has transformed the surrounding industrial real estate market: Savannah has added more than 40 million square feet of warehouse space since 2020, becoming the fastest-growing industrial market in the United States.
Industrial properties located within the drayage radius of major container ports, typically 15 to 50 miles, command significant rental premiums over inland markets. Data from major CRE brokerages indicates that asking rents in port-proximate industrial markets run approximately 33 percent above the national average, with a roughly 65 percent increase from 2019 to 2023. Cap rates in port-adjacent industrial submarkets compress to approximately 4.1 percent compared to 5.7 to 6.2 percent for inland markets. The premium is driven by import-distribution demand: containers arriving at a port require first-touch handling, deconsolidation, sorting, and redistribution through nearby warehouses before moving to final destinations.
Drayage is the short-distance trucking of shipping containers between a port terminal and a nearby warehouse, distribution center, or intermodal rail facility. The typical drayage radius ranges from 15 to 50 miles, with costs increasing nonlinearly beyond approximately 30 miles due to driver hours-of-service regulations, chassis repositioning requirements, and port terminal turn-time constraints. For warehouse site suitability, the drayage radius defines the geographic zone of highest import-distribution demand. Properties within a single drayage turn of a major port benefit from the lowest total logistics cost for importers, which translates into stronger tenant demand, lower vacancy, and higher achievable rents.
The Louisiana International Terminal (LIT) is a $1.8 billion new container terminal under development at the Port of New Orleans, targeting an initial capacity of 2 million TEUs with operations beginning around 2028. The project received the largest USDOT MEGA grant in history at $300 million. LIT will capitalize on New Orleans' unique position as the only U.S. seaport connected to all six Class I railroads, combined with the Mississippi River barge network that reaches 33 states. The terminal will also deepen the river channel to 50 feet along a 256-mile stretch to Baton Rouge. For industrial real estate, the LIT represents a potential inflection point for the New Orleans logistics market.
The Ports of Los Angeles and Long Beach are separate, independently operated port authorities that share the San Pedro Bay harbor complex in Southern California. Los Angeles operates 8 container terminals with 85+ ship-to-shore cranes and handled 10.30 million TEUs in 2024. Long Beach operates 6 container terminals with 72 to 82 STS cranes and handled 9.65 million TEUs, an all-time record. Together they form the largest container port complex in the Western Hemisphere at nearly 20 million TEUs. Both connect to BNSF and Union Pacific railroads via the shared Alameda Corridor, a dedicated 20-mile rail expressway. For industrial real estate, the two ports share the same drayage market across the Inland Empire and Los Angeles Basin.
Port infrastructure data provides the demand-side foundation for feasibility studies on commercial properties in logistics corridors. For warehouse and distribution projects, port TEU growth projections and capital investment pipelines indicate future tenant demand in port-adjacent industrial markets. For truck stops and fuel stations along freight corridors, port throughput drives the truck traffic volumes that underpin fuel and food service revenue projections. For workforce housing near port complexes, employment multipliers tied to port operations establish the population growth assumptions that support residential demand. For SBA and USDA lending programs, incorporating port infrastructure analysis strengthens the economic justification by grounding demand projections in measurable infrastructure investment commitments.
Engagements are led by Michal Mohelsky, J.D., Practicing Affiliate of the Appraisal Institute. Feasibility studies are prepared under USPAP discipline, aligned with SBA SOP 50 10 8.1 for 7(a) and 504 loans and with 7 CFR Part 5001, Appendix A to Subpart D for USDA Business and Industry, REAP, and Community Facilities financing. Engagements start at $4,900 with fixed-fee scoping. Standard delivery is 9 to 16 business days, with rush turnaround available from 5 days. A senior analyst responds to proposal requests within 12 business hours from the firm's San Francisco office at 27 Maiden Lane, Suite 625.
Frequently asked questions
What is the busiest port in the United States?
The answer depends on the metric. By container volume (TEUs), the Port of Los Angeles is the busiest U.S. port at 10.30 million TEUs in 2024, followed by Long Beach at 9.65 million. Together, the San Pedro Bay complex handles roughly 37 percent of all U.S. containerized waterborne trade. By total tonnage, the Port of Houston ranks first at over 309 million short tons of total waterborne cargo, reflecting its combined container, bulk, petrochemical, and energy commodity throughput. The Port of South Louisiana leads in bulk tonnage. For commercial real estate purposes, TEU volume is the more relevant metric because it correlates directly with warehouse and distribution demand in port-adjacent industrial markets.
How many ports are in the United States?
The count varies depending on the definition used. NOAA identifies approximately 208 coastal port complexes. MARAD (the Maritime Administration) tracks over 300 ports and port facilities. The U.S. Coast Guard maintains records for roughly 360 port areas. In terms of significant commercial container ports that drive industrial real estate demand, the number is much smaller: approximately 15 to 20 ports handle the vast majority of containerized cargo. The Bureau of Transportation Statistics tracks the top 25 container ports and top 25 tonnage ports in its annual Port Performance Freight Statistics program.
What is the deepest port on the U.S. East Coast?
The Port of Virginia completed dredging of its 55-foot main commercial channel in February 2026, making it the deepest port on the U.S. East Coast. Virginia also benefits from a 59-foot approach channel and zero air draft restrictions, meaning no bridges limit vessel height at any point in the harbor. This combination allows the port to accommodate the largest container ships in the global fleet without tidal restrictions. Charleston maintains a 52-foot channel, also with no tidal restrictions. Savannah operates at 47 feet and is pursuing a deepening to 52 feet. New York/New Jersey maintains a 50-foot channel. Channel depth determines which ports can serve as first-call destinations for ultra-large container vessels exceeding 14,000 TEUs, which drives volume growth and surrounding industrial property demand.
What is a TEU?
A TEU (Twenty-foot Equivalent Unit) is the standard unit of measurement for container shipping volume. One TEU represents a single 20-foot-long shipping container. A standard 40-foot container equals 2 TEUs. U.S. ports are ranked primarily by TEU throughput because it provides the most consistent measure of containerized trade activity. For commercial real estate analysis, TEU volume serves as a proxy for warehouse and distribution demand: each TEU imported through a port eventually requires handling, storage, sorting, and redistribution through the surrounding industrial market. A general industry estimate suggests that every 1 million TEUs of port throughput supports approximately 3 to 5 million square feet of warehouse demand within the port's drayage radius.
Which U.S. ports have Class I railroad connections?
The Port of New Orleans holds a unique distinction as the only U.S. seaport connected to all six Class I railroads (BNSF, Union Pacific, CSX, Norfolk Southern, Canadian National, and CPKC) through the New Orleans Public Belt Railroad. Port Houston is the only major container port served by three Class I railroads (BNSF, Union Pacific, CPKC). Among inland hubs, Kansas City SmartPort connects to four Class I railroads and Memphis to five. Most major East Coast container ports connect to two Class I carriers: Savannah, Charleston, Virginia, Baltimore, Jacksonville, and New York/New Jersey all have dual CSX and Norfolk Southern service. West Coast ports typically connect to BNSF and Union Pacific. Rail modal share varies significantly by port, with Virginia leading the East Coast at approximately 37 percent of container moves handled by rail.
What is an inland port?
An inland port (also called a dry port or inland intermodal hub) is a logistics facility located away from a coastline that provides port-like services including intermodal container transfer between rail and truck, customs processing, warehousing, and distribution. Inland ports extend a seaport's reach into interior markets by enabling containers to be transferred from vessel to unit train at the seaport and then moved hundreds of miles inland before entering the trucking network. Examples include Kansas City SmartPort, Memphis, Columbus/Rickenbacker, and South Carolina's inland ports at Greer and Dillon (which serve the Port of Charleston). For commercial real estate investors, inland ports create concentrated warehouse and distribution demand far from the coast, often with lower land costs and labor availability compared to congested port-proximate markets.
What is the Port of Savannah expansion?
The Georgia Ports Authority is executing a $4.5 billion, entirely self-financed ten-year expansion program designed to increase the Port of Savannah's capacity from approximately 5.5 million TEUs to 9 million TEUs by 2035. The program includes the Garden City Terminal expansion (the largest single-operator container terminal in North America at 1,345 acres), harbor deepening from 47 to 52 feet, and the already-completed $220 million Mason Mega Rail terminal that doubled on-dock rail capacity to 2 million lifts per year. Savannah is also pursuing a channel deepening to accommodate larger vessels. The expansion has transformed the surrounding industrial real estate market: Savannah has added more than 40 million square feet of warehouse space since 2020, becoming the fastest-growing industrial market in the United States.
How does port proximity affect industrial real estate values?
Industrial properties located within the drayage radius of major container ports, typically 15 to 50 miles, command significant rental premiums over inland markets. Data from major CRE brokerages indicates that asking rents in port-proximate industrial markets run approximately 33 percent above the national average, with a roughly 65 percent increase from 2019 to 2023. Cap rates in port-adjacent industrial submarkets compress to approximately 4.1 percent compared to 5.7 to 6.2 percent for inland markets. The premium is driven by import-distribution demand: containers arriving at a port require first-touch handling, deconsolidation, sorting, and redistribution through nearby warehouses before moving to final destinations. Properties within a single drayage turn of the port gates capture this demand at the lowest total logistics cost.
What is drayage and why does it matter for warehouse location?
Drayage is the short-distance trucking of shipping containers between a port terminal and a nearby warehouse, distribution center, or intermodal rail facility. The typical drayage radius ranges from 15 to 50 miles, with costs increasing nonlinearly beyond approximately 30 miles due to driver hours-of-service regulations, chassis repositioning requirements, and port terminal turn-time constraints. For warehouse site suitability, the drayage radius defines the geographic zone of highest import-distribution demand. Properties within a single drayage turn of a major port benefit from the lowest total logistics cost for importers, which translates into stronger tenant demand, lower vacancy, and higher achievable rents. Properties beyond the drayage sweet spot compete on lower land costs and labor availability rather than port proximity.
What is the Louisiana International Terminal?
The Louisiana International Terminal (LIT) is a $1.8 billion new container terminal under development at the Port of New Orleans, targeting an initial capacity of 2 million TEUs with operations beginning around 2028. The project received the largest USDOT MEGA grant in history at $300 million. LIT will capitalize on New Orleans' unique position as the only U.S. seaport connected to all six Class I railroads, combined with the Mississippi River barge network that reaches 33 states. The terminal will also deepen the river channel to 50 feet along a 256-mile stretch to Baton Rouge. For industrial real estate, the LIT represents a potential inflection point for the New Orleans logistics market, which has historically underperformed coastal peers despite strong intermodal connectivity.
What is the difference between the Port of Los Angeles and the Port of Long Beach?
The Ports of Los Angeles and Long Beach are separate, independently operated port authorities that share the San Pedro Bay harbor complex in Southern California. Los Angeles operates 8 container terminals with 85+ ship-to-shore cranes and handled 10.30 million TEUs in 2024. Long Beach operates 6 container terminals with 72 to 82 STS cranes and handled 9.65 million TEUs, an all-time record. Together they form the largest container port complex in the Western Hemisphere at nearly 20 million TEUs. Both ports connect to BNSF and Union Pacific railroads via the shared Alameda Corridor, a dedicated 20-mile rail expressway. Long Beach's $1.567 billion Pier B On-Dock Rail project is the largest current capital investment, targeting a tripling of rail capacity to 4.7 million TEUs. For industrial real estate, the two ports share the same drayage market across the Inland Empire and Los Angeles Basin.
Why does port infrastructure matter for feasibility studies?
Port infrastructure data provides the demand-side foundation for feasibility studies on commercial properties in logistics corridors. For warehouse and distribution projects, port TEU growth projections and capital investment pipelines indicate future tenant demand in port-adjacent industrial markets. For truck stops and fuel stations along freight corridors, port throughput drives the truck traffic volumes that underpin fuel and food service revenue projections. For workforce housing near port complexes, employment multipliers tied to port operations establish the population growth assumptions that support residential demand. For SBA and USDA lending programs, incorporating port infrastructure analysis into a feasibility study strengthens the economic justification by grounding demand projections in measurable infrastructure investment commitments rather than general market trends.
What is a Foreign Trade Zone and how does it affect industrial real estate?
A Foreign Trade Zone (FTZ) is a designated area within the United States where imported goods can be stored, assembled, manufactured, or processed without being subject to formal customs entry procedures or payment of duties until the goods leave the zone for domestic consumption. Most major ports maintain FTZ designations. Notable examples include FTZ #1 at the Port of New York/New Jersey (the oldest, established 1937), FTZ #84 at Port Houston (ranked first nationally for merchandise received), and the Kansas City FTZ complex covering more than 450 million square feet (the largest in the country). For industrial real estate, FTZ designation can increase tenant demand and justify above-market rents because it provides importers with duty deferral, inverted tariff treatment, and zone-to-zone transfer capabilities that reduce landed costs.
