Conventional rail unloading of inert materials — crushed stone, sand, cement, slag — requires capital-intensive receiving infrastructure: trestles, transload pits, conveyor systems, bunkers. The cost of building a single such facility ranges from $1.5M to $5M+, with construction and commissioning taking 18 to 36 months. For a significant share of commercial projects and supply chains, this is not economically justified.
As a result, the market develops a structural shortage of receiving capacity across freight operations — with bulk material unloading the most demanding case of all. Points of consumption — construction sites, infrastructure projects, mobile concrete and asphalt plants — end up disconnected from the rail network, and material gets hauled by truck over tens of miles.
Shifting freight to trucking is not a neutral choice. It accumulates costs across several dimensions simultaneously.
Anywhere Logistics is a methodology for organizing mobile rail transload hubs across the rail network. The fundamental difference from stationary infrastructure: unloading is performed at the rail-head level, with no modification to the track and no capital earthworks. There is no risk of damage to rolling stock.
The implementation tooling depends on the market and on the rolling stock in service. For gondola cars with bottom-opening hatches, a sub-car space shielding technology is used. For the U.S. market, a different method has been developed and is awaiting industrial testing, adapted for the hopper-car type. The concept stays the same; the tools vary.
All figures below are documented in the peer-reviewed publication (DOI 10.18664/1994-7852.215.2026.358843) and the scientific monograph (ISBN 979-8-90243-723-9). Effects marked verified were measured in commercial operations. The effect marked projected is a calculated projection for U.S. conditions that has passed academic peer review.
The primary economic effect of the methodology is the ability to replace a road haul with a rail haul on the same lane. The unit cost difference defines the lower bound of savings.
For a typical project of 100,000 tons of material and a 50-mile haul, savings reach approximately $0.5–1M — two orders of magnitude above the entry CAPEX of the methodology.
Two official documents — at the federal level and at the State of Tennessee level — articulate priorities that Anywhere Logistics is built to serve.
Anywhere Logistics is a methodological instrument for exactly the priorities these official documents articulate. The concept enables deploying a mechanized receiving front at any point on a short-line spur, which directly closes the first/last-mile gap in current infrastructure.
U.S. market context (per official sources):
From 2018 to 2022, the methodology was deployed on common-use tracks at high-throughput rail stations in Ukraine. Over 7,000 gondola cars, or approximately 500,000 tons of inert materials, were processed. Clients were leading regional concrete producers and bulk material suppliers of national scale.
Operations ran under live market conditions with real clients, real volumes, and real penalty exposure for missed deadlines. This is not a pilot experiment and not a laboratory prototype. Years of stable commercial service constitute the verification of the concept under conditions closest to anticipated deployment in international markets.
In U.S. industry the standard solution for transferring bulk material from rail to truck is a stationary receiving terminal (transload pit with conveyor, elevated trestle, or combined infrastructure). It works, but it is expensive and inflexible. Comparison across key parameters:
This does not mean stationary terminals are obsolete — for high-volume, permanent flows they remain the optimal solution. Anywhere Logistics serves a different segment: dispersed, temporary, or remote points of consumption, where capital construction is not economically justified.