Operating modules

Five modules. One hydrocarbon model.

Field operations, offshore production, pipeline management, marine terminals and refining are separate licences but not separate systems. They share one asset hierarchy, one unit of measure regime and one balance.

Digital twin coverage

One digital thread across the physical chain.

Each module mirrors its operating environment while preserving the movement, measurement and ownership history between facilities.

01UPSTREAM

Field operations

Production · well tests · quality

02OFFSHORE

Offshore & FPSO

Processing · tanks · offloading

03MIDSTREAM

Pipeline management

Batches · line fill · loss control

04MIDSTREAM

Marine terminals

Inventory · berth · lifting

05DOWNSTREAM

Processing & refining

Yields · blending · products

Shared governed hydrocarbon model

The digital twin follows each barrel, batch, tank movement and custody event across module boundaries.

OperationsMeasurementAccountingGovernance

Upstream

Field operations

Wellhead production captured where it happens, then carried into the balance without re-keying.

Wells and well readings: oil, water and gas rates, pressures, choke and status
Well tests with multi-phase and wet-gas measurement
Artificial lift surveillance: pump status, run life and underperformance flags across the field
Field batteries, three-phase separation and field tanks
Quality lab: BS&W, water cut, density and sampling records
Daily field balance feeding allocation and back-allocation

Artificial lift optimization

Surveil by exception. Diagnose by lift type. Optimize with an operator in control.

A lift-agnostic workflow built around the capabilities operators now expect: multi-well surveillance, physics-informed diagnostics, prioritized events and evidence-backed recommendations connected to the production record.

Unified lift surveillance

Monitor ESP, rod lift, PCP, gas lift and plunger-lift wells in one field view, with lift status, run time and operating conditions tied to each well.

Lift-specific diagnostics

Trend dynamometer cards, pump fillage and load, torque and speed, intake and discharge pressure, temperature, fluid level and gas-injection conditions.

Exception-based operations

Group related events into prioritized alerts so engineers can focus first on wells at risk, underperforming wells and the opportunities with the greatest operational value.

Optimization recommendations

Draft changes to VSD speed, idle time, pump operating range and gas-injection rate against production targets and equipment constraints; an authorized operator reviews every change before execution.

Run-life and intervention history

Carry failures, shutdowns, workovers, component changes and operating-envelope excursions with the well to support reliability reviews and repeatable engineering workflows.

Field-level opportunity ranking

Compare wells across the asset using production potential, equipment condition, operating constraints and data confidence to prioritize surveillance and intervention work.

Field digital twin

From reservoir zones to the export meter.

Hydrocarbon flowIoT data

Reservoir

Zones & pressure

Wells

Rates & lift status

Gathering

Flowline network

Manifold

Routing & pressure

Separation

Oil · gas · water

Processing

Treating & quality

Storage

Level & inventory

Export

Fiscal measurement

Instrument readings, laboratory results, equipment state, movements and fiscal measurements converge into one governed operational record.

Connected instrumentsSCADA & historianUnified asset modelAuditable records

Offshore

Offshore operations & FPSO

Floating production treated as a facility in the same model, through to custody hand-over.

Subsea wells, risers, separation, compression, water injection and flare
Cargo tanks with ullage, trim and list, and inert gas status
Tandem offloading and offtake execution with custody transfer
Metocean conditions as go / no-go gates on operations
Onboard inventory reconciled against produced and lifted volumes

Offshore digital twin

From the seabed to custody hand-over.

Hydrocarbon flowOperational data

Subsea

Wells & trees

Gathering

Flowlines

Risers

Pressure & flow

Topsides

Separation

Utilities

Gas · water · flare

Cargo

Tank inventory

Marine

Metocean gates

Offtake

Custody transfer

Subsea production, topsides processing, vessel inventory, metocean limits and offloading are reconciled in one offshore operating record.

Subsea networkMetocean gatesOfftake executionCustody record

Midstream

Pipeline management

Movements between facilities recorded as traceable batches rather than a gap in the chain.

Mainline throughput, pressures and line status
Batch tracking from injection to delivery point
Break-out and storage tank inventories along the route
Pipeline quality lab and specification checks per batch
Line fill, gains and losses surfaced in the period balance

Pipeline digital twin

Every batch visible between injection and delivery.

Hydrocarbon flowOperational data

Injection

Receipt meter

Pump

Station state

Mainline

Line fill

Valves

Routing

Batches

Interface

Breakout

Tank inventory

Quality

Specification

Delivery

Fiscal meter

Throughput, batch identity, line fill, quality, pressure and storage movements stay connected from the injection meter to the delivery meter.

Pressure profileBatch trackingRemote stationsLoss control

Midstream

Marine terminals

The commercial edge of the chain: nomination to bill of lading, scheduled against real berth capacity.

Contracts, nomination cycles and lifting programmes
Cargo schedule with a draggable vessel timeline and conflict detection
Berths, jetties, loading arms, pipelines and tank farms
Lift execution, marine certificates of quality and ISGOTT checks
Laytime, demurrage and downtime events with evidence attached

Terminal digital twin

From nomination and tank readiness to bill of lading.

Hydrocarbon flowOperational data

Nomination

Cargo demand

Tank farm

Available stock

Quality

Certificate

Transfer

Line-up

Metering

Custody

Berth

Readiness

Execution

Cargo

Bill of lading

The cargo programme, available inventory, berth constraints, transfer measurements and marine evidence form one traceable lifting record.

Tank inventoryBerth scheduleVessel timelineMarine evidence

Downstream

Processing & refining

Refinery intake, conversion and finished product held to the same accounting discipline.

Unit states, run rates and yields by process unit
Finished-component blending and recipe execution
Product tanks and movements into dispatch
Downstream quality lab and product specification conformance
Refinery balance closing into the enterprise position

Refinery digital twin

From crude receipt through conversion to dispatch.

Hydrocarbon flowOperational data

Receipt

Crude intake

Storage

Feed tanks

Distillation

Fractions

Conversion

Unit yields

Treating

Specification

Blending

Recipes

Products

Tank stock

Dispatch

Metered out

Feedstock, unit yields, blend recipes, product quality and dispatch movements close through the same governed downstream balance.

Unit statesYield balanceBlend genealogyQuality release

Across the chain

Corporate rollup

Licence one module or run the integrated chain — the rollup appears automatically once more than one module is active.

Corporate dashboard across facilities and modules
Enterprise balance and risk position
Value-chain map from reservoir to tanker
Consistent units, entities and periods across every segment

Enterprise digital twin

A bird’s-eye view of the governed value chain.

Hydrocarbon flowOperational data

Assets

All facilities

Flows

Movements

Volumes

Balances

Quality

Specifications

Parties

Entitlement

Cargoes

Commitments

Risk

Exceptions

Position

Enterprise view

Facilities, movements, ownership, measurements and commercial events roll into one enterprise position without losing their source lineage.

Connected chainEnterprise balanceRisk positionSource lineage

Why it matters

Segment suites stop at the fence line.

Most hydrocarbon accounting is bought segment by segment, then stitched together with spreadsheets and interfaces. Here, a barrel measured at a well test and a barrel on a bill of lading are the same record in the same model, with the lineage between them intact.

Request a demonstration

See your own chain, from reservoir to tanker.

We will scope the demonstration to the facilities you operate and the way you close today.

Request a demonstration