A CTRM's requirements shift significantly depending on what it needs to trade. Here's how the mechanics differ across crude oil, LNG, metals and concentrates, and what that means for the system underneath.
For crude oil, a CTRM needs to handle grade and quality specifications, formula pricing against benchmarks such as dated Brent or WTI with differentials, laycan-based logistics and nominations, and blending or quality adjustments between load and discharge.
Because crude is typically pipeline or vessel moved and often priced over a floating pricing period, the system must track exposure to the benchmark until pricing is finalised and manage the demurrage, quality and quantity claims that are common in physical crude logistics. See CTRM for Traders for the trade-level mechanics.
LNG trading brings its own mechanics: cargoes are shipped rather than piped, contracts are often long-term with complex pricing formulas linked to oil, gas hub or hybrid indices, and optimisation, deciding which cargo goes to which market to maximise value, is a core part of the trading desk's job, not just an operational afterthought.
A CTRM built for LNG needs to model cargo-level logistics and scheduling, apply the specific pricing formulas used in LNG contracts, which can differ materially from crude or products pricing, and support the portfolio-level optimisation decisions that distinguish LNG trading desks from single-cargo physical trading.
Metals trading is typically priced against exchange settlements, LME cash or three-month prices for base metals, for example, with warehousing, quality assay and physical delivery mechanics that differ significantly from oil.
A CTRM for metals needs to handle exchange-linked pricing and hedging, warehouse and inventory tracking, and the settlement conventions specific to metals exchanges, rather than simply repurposing an energy-focused data model.
Concentrates, unrefined mined ore requiring further processing, are priced using treatment and refining charges deducted from an underlying metal price, with quality-dependent payables that vary by assay result, quite different from a straightforward per-unit commodity price.
A CTRM purpose-built for concentrates and refined metals trading, such as Amphora's Alchemy, needs to model provisional versus final pricing (since assay results and final settlement can lag the physical shipment by weeks or months), treatment and refining charge deductions, and the quality-based payable calculations that determine what a seller actually receives once the ore is assayed.
Amphora's Symphony platform covers crude oil, refined products, biofuels, coal, ore, LNG and agriculture, while Alchemy is purpose-built for concentrates and refined metals trading, so each commodity's mechanics are modelled natively rather than bolted onto a single generic template.
Receive our quarterly newsletter straight to your inbox.
