01 · Feasibility &
Route Engineering
Corridor, clearance envelope and permit exposure modelled before a mode is committed.
We analyse the geopolitics, regulatory frameworks, institutions and infrastructure of every jurisdiction a move must cross — and only then engineer the move. The logistics is the output; the analysis is the product.
The premise
The country, the rules, the ports, the season and the contract are read first. The corridor, the vessel and the schedule are engineered from that reading.
Six readings before cargo moves
Political stability, security, sanctions and the institutions that move — or stall — a border crossing.
Import regimes, temporary admission, exemptions and permits, including Argentina’s RIGI.
Wind, swell, river stages and rainfall, read against operational limits.
Draft, quay strength, crane capacity, bridge loads and road geometry.
Owners, yards and freight levels, benchmarked against the live market.
Where liability actually sits in each charter party, Incoterm and order.

Key figures
As recorded in the operations our team has directed. Further detail on any of them on request.
Years across shipping, chartering and project logistics
Steel pipe moved for oil & gas and energy programmes
A single mining project — Jindal pipe for Codelco, Mundra to Chile
Shipowners and operators represented — Germany, Denmark, the Netherlands, the United States and China
Feasibility, engineering, chartering, contract and execution are not separate purchases. They are one decision, evaluated as a whole, by the party that carries the consequence of getting it wrong.
Corridor, clearance envelope and permit exposure modelled before a mode is committed.
Lift plans, stowage, seafastening and load-out for indivisible and oversized pieces.
Voyage, time, bareboat and COA — negotiated on the owner’s terms and read against yours.
Charter and part-charter uplift when the schedule, not the freight, is the constraint.
Where the risk actually sits once the bill of lading, the charter party and the Incoterm are read together.
Berth, draft, crane capacity and clearance regime, checked against the piece before it sails.
One accountable party from booking to discharge, reporting against the plan that was signed.
The recommendation answers to the project. Every supplier is compared on the same documented technical and commercial criteria.
Corridor, bridge and axle-load constraints resolved before a mode is committed.
Offers compared on one basis, and the reasoning behind each recommendation kept on the record.
Charter party, bill of lading and Incoterm read as one instrument, because that is how liability reads them.
The same advisor from feasibility to discharge. No handover, no dilution of responsibility.
One advisor answers for feasibility, contract and execution. There is no seam for a problem to fall through.
Every recommendation carries the assumptions it rests on, so it can be audited when conditions change.
Permits, bonds and clearance regimes assessed as cost and calendar, not as paperwork discovered at the berth.
Cost and window quoted as bands with the drivers named. A single number hides the risk instead of pricing it.
The contingency is designed with the plan, not improvised at the quay when the weather window closes.

Steel pipe for pipeline, upstream and offshore programmes in Argentina. 2,000,000+ t across the programmes.

Steel pipe produced by Jindal, loaded in Mundra and delivered to Chile. 248,500 CBM in a single project.

Hydropower in Malaysia, the Philippines, Venezuela and Paraguay. Bakun and Tocoma executed in full.
Capabilities
Thirty-four services, practised as seven disciplines — each drawing on the same layer of country, market and regulatory analysis. Engaged one at a time, or as one integrated mandate.
Beyond the ship
In an EPC programme the sea leg is rarely what fails. A bridge that cannot take the axle load, a permit a municipality has not issued, a river too shallow in the dry season — the work sits on land and in institutions, and it is planned before the first vessel is fixed.

Every bridge, culvert and overpass on the route is checked against the axle loads, with structural engineers where the margin is thin. Overhead lines, gradients and turning radii are measured, not assumed.
WithStructural & transport engineers

When the route cannot carry the load, the route changes: bridges reinforced or bypassed, roads widened, ramps and laydown yards built — specified, priced and commissioned before the cargo is on the water.
WithCivil engineers & contractors

Bathymetry confirms the draught. Where a channel or a berth falls short, dredging and temporary landings enter the plan, each with its own permits and its own window.
WithHydrographers & marine contractors

Provinces, municipalities, road agencies, police escorts and the towns along the route each hold a permit, a condition or a concern. They are engaged early, on the record and within compliance.
WithLocal counsel & institutional liaison

Environmental specialists assess the footprint of routes, works and crossings. River levels, rains and seasonal road limits set the windows the schedule has to live in.
WithEnvironmental & permitting specialists

Programmes run for years — on the record, 2,000,000 t of cement over four. From the bid to close-out, the supply chain changes under the schedule; the accountable lead does not.
WithOne executive lead, throughout
Specialists are engaged by the practice as each project requires, under one plan and one point of accountability. Feasibility & Route Engineering →
Method
Eight links, read in the order the cargo meets them. A weak link reprices the others, so the chain is read whole before anything is committed.
First reading
You send
You receive
Issued as ranges, with the assumptions attached. An estimate, not a quotation.
Request a first readingTrack record
Selected operations directed by our team across energy, mining, hydropower, industry and infrastructure — the core of it South American, supplied from origins on four continents. Figures as recorded; further project detail on request.

Gaolan (CN) → Campana (AR)
A complete refinery, moved from the fabrication yards to site.
43,500CBM

Mundra (IN) → Chile
Pipe produced by Jindal and delivered for a single mining project.
248,500CBM

Malaysia · Venezuela
Two hydropower projects, each executed in full, with semi-submersible operations.
2projects in full
Sectors
One example of complex cargo per sector: a subsea manifold, a SAG mill shell, a Francis runner, a pulp digester and a locomotive rigged for lift.
Intelligence
Four reviews that produce a reading, not a transaction — for management, boards, lenders and investors.




Contact
Send the cargo, its origin and destination, and the window you are working to. The first reply sets out whether the move is feasible, the likely corridor, the main exposures and an indicative cost band — before anything is committed.
sz@szandcoadvisory.com London · worldwide