Platform

One console governing the full hydrocarbon flow — reservoir to market.

Fields, offshore and FPSO, pipelines, terminals and refining intake run on one governed model, through measurement, allocation and commercial settlement — so the volume recorded at the wellhead and the volume a partner is billed for are the same number, with the working shown.

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Core capabilities

From reservoir zone to bill of lading, without a hand-over gap.

Wellhead & field capture

Well tests, multiphase metering, artificial-lift surveillance and pad or lateral gathering — the first measured volume of the chain, captured where it is produced.

Integrated multiphase simulation & calibration

First-principles reservoir IPR to facility twin, Beggs & Brill 3D wellbore hydraulics, 6 artificial lift models, and closed-loop auto-calibration tuning skin and roughness against live gauges.

Pipeline & network balancing

Line pack, manifold routing, batch tracking and gain/loss accounting across gathering systems and transmission lines between every custody point.

Balance & allocation

Daily facility balances, allocation and back-allocation runs, gains and losses, and period close — each allocated volume traceable back to the readings and rules that produced it.

Terminal & lift execution

Cargo and berth scheduling, nominations against real capacity, then execution from berthing through loading to bill of lading with ISGOTT checks, laytime and demurrage.

Processing & refining intake

Feedstock characterisation, product specifications, yield accounting and plant disposition balances carried on the same model as upstream volumes.

Entitlement & settlement

Entitlement by participating interest, statements and settlement positions per party, so partner numbers come out of the same run as operations.

Contracts & nominations

Term and spot contracts, nomination cycles and lifting programmes held against available capacity rather than a separate spreadsheet.

Quality & measurement

Lab results, product specifications and conformance checks carried with the volume through every hand-over.

010

Workflow orchestration & resilient pipelines

DAG-based visual pipeline manager coordinating resilient data loading, automated accounting runs, human approval gates and outbound ERP webhooks.

011

Hydrogen & clean power provenance

Hourly EAC matching for 45V and RED III, electrolyzer dispatch, GERG-2008 storage inventory, Wobbe-controlled grid blending, ISO 14687 quarantine and a physical, commercial and carbon ledger close.

See what each operating module covers See the six hydrogen workflows

Connected operations

Field and plant data arrives on its own.

Manual re-keying is where balances start to drift. The platform reads from the systems already measuring your operation and publishes results to the systems that need them.

Historian & SCADA

Tag mapping from your historian and control systems into the platform's measurement points.

Data loading

Bulk loading for readings, tests and inventories where automated capture is not available.

Scheduled jobs

Recurring runs for ingestion, balances and reporting on your operating calendar.

ERP integration

Structured outbound events and cargo / bill-of-lading records bound for SAP and Oracle, so the commercial system of record agrees with the operational one.

Interactive Engineering Twins

CAD blueprint schematics governing the entire hydrocarbon flow.

Explore real-time ISA-5.1 P&ID instrumentation, artificial lift stroke kinematics, deepwater offshore riser dynamics, and transmission pipeline hydraulics directly on the platform.

Interactive P&ID Process TwinISA-5.1 SCHEMATIC

Dual Surface Christmas Trees · Manifold · 3-Phase Separator (V-101) · Offshore Riser

Presets:

Total Governed Stream:4,625 BFPD

Oil: 3330 BOPDGas: 3.71 MMscfdWater: 1295 BWPD

💡 Click any Christmas Tree, Valve, or Separator to inspect live telemetry and controls.

ACTIVE NODE

3-Phase Production Separator (V-101)

Gravity sedimentation separation with mist demister pad and internal oil weir. Dynamic interface control eliminates water carryover.

Vessel Pressure:385 psi

Oil Level Setpoint:58%

Enterprise Platform Engine

Workflow Orchestration & Resilient Loader

A visual DAG pipeline engine decoupled from business logic. Ingest raw field SCADA, execute self-healing validation, and coordinate governed accounting runs on an auditable state machine.

Engine Active · 99.99% Execution Reliability

14 Actions

Domain Actions

Built-in accounting actions: allocation runs, back-allocation, custody tickets, and period close.

Fault-Tolerant

Resilient Ingestion

Self-healing chunked loader with schema validation, backoff retry, and quarantine dead-letter buffers.

1-Sec Telemetry

Industrial SCADA

Direct connectors for OPC-UA, MQTT Sparkplug B, Modbus RS485, OSISoft PI, and WITSML.

Visual Canvas

Control Flow & DAG

Parallel gateways, conditional branches, human approval gates, and automated circuit breakers.

Governed AI

Engineering & AI

Embedded Python sandboxes, Arps decline models, Turner critical velocity, and LLM drafting.

Certified Hooks

Enterprise ERP

Outbound transactional webhooks for SAP S/4HANA, Oracle Energy, and Microsoft Dynamics.

Select Pipeline:

06:00 UTC Scheduled Event / SCADA Trigger

Daily Field Ingestion & Period Allocation Close

Ingests high-frequency field telemetry across 140+ wells, executes resilient chunking, applies API MPMS 20.1 allocation, and generates immutable ERP closing entries.

Scheduled Pipeline

SCADA / Historian PollINGEST

Ingested 1,200 tags via OPC-UA / MQTT tunnel. 0 dropped packets.

Latency: 420ms

COMPLETED

Resilient Chunk LoaderTRANSFORM

Batch chunking with automatic exponential backoff. Validated schema integrity.

Latency: 610ms

COMPLETED

BS&W & Lab ConformanceVALIDATE

Cross-checked water-cut and API gravity against calibrated laboratory bounds.

Latency: 180ms

COMPLETED

API MPMS Ch. 20 Allocation RunALLOCATE

Executed three-phase back-allocation with decline curve weighting.

Latency: 890ms

COMPLETED

SAP / Oracle ERP Ledger EventINTEGRATE

Dispatched signed webhook payload. Period 2026-10-13 locked with tamper-proof seal.

Latency: 340ms

COMPLETED

Resilient Loading & Audit Guarantees

Every execution is cryptographically logged with parent step lineage, chunk boundary hashes, and rollback checkpoints. Malformed SCADA packets are automatically buffered into a quarantine queue without terminating upstream pipeline runs.

Inspect Governance Layer

Governed engineering & scenario studio

Conventional and unconventional, on the same engine.

Shale pads, multi-lease laterals and hyperbolic decline are handled inside the allocation engine — not bolted on in a spreadsheet beside it.

First-principles multiphase simulation & calibration

Sandface Darcy/Vogel inflow, Beggs & Brill dynamic flow regimes, and 3D directional wellbore spatial stepping with 6 artificial lift models and closed-loop Nelder-Mead auto-calibration.

Unconventional pad & lateral modelling

Horizontal wells that cross several leases, spacing units or concession blocks are modelled once, with tract weights from perforated length, frac stages, clusters or agreed acreage.

Decline curve estimation

Modified Arps hyperbolic decline with an exact switch into terminal exponential decline, fitted against each well's own test history and reported with observation count and fit error.

Uncertainty-based allocation

Facility imbalance distributed by measurement uncertainty rather than volume, so accurate meters hold their position and estimates absorb the difference.

Scenario studio

Branch from a real production day to test a disputed calibration, a rejected well test or alternate entitlement terms — isolated from the operational ledger and never authoritative.

See the unconventional allocation method

Governance & configuration

Built for operations that are audited.

Access, units, templates and history are platform features, not project customisations.

Workspaces

Multi-workspace tenancy with separation enforced in the database, plus facility-level access within a workspace.

Roles

Operational roles — scheduler, operator, lab technician, terminal manager, marine superintendent, administrator and more — with screens scoped to the job.

Configuration

Asset templates, unit-of-measure settings, branding and licensing, configured per workspace — not coded per customer.

Self-extensibility

No-code screen designer, dashboard builder and report wizard, so everyday users add views themselves without a change request or a release.

Audit

Audit history across records, allocation versioning, and period-close controls that lock a closed period.

AI assistance

An assistant that shows its evidence — and never executes.

AI in the platform is grounded in your own workspace's operating history, not a general model of how terminals and fields usually behave. It drafts only: nothing is scheduled, allocated or committed without an operator confirming it.

Smart cargo scheduling

Drafts cargo and berth schedules from your workspace's own completed-lift history, respecting berth, tank and pipeline capacity. Every suggestion carries its evidence coverage and confidence.

Smart allocation

Assists allocation and back-allocation runs by flagging imbalances, suspect readings and likely sources of gain or loss before the period closes.

Network optimization

Looks across the value chain — fields, pipelines, terminals and refinery intake — to surface scheduling and routing options that reduce demurrage and downtime.

Self-extensibility

Your team builds the screens, dashboards and reports it needs.

New views should not require a change request, a consultant or a release. Engineers, accountants, schedulers and operators build what they need themselves — inside the same governance the rest of the platform runs under.

Build a new operating screen without writing code.

Drag ready-made oil & gas components onto a canvas, bind them to assets already registered in the model, and publish the screen to the roles that need it. No release cycle, no vendor change request.

01Pick a facility, asset group or well list as the screen's scope
02Drag components — well cards, separator gauges, tank levels, valve states, lab entry forms
03Bind each component to a registered measurement point; unmapped points cannot publish
04Set conditional formatting for alarm limits, run-life warnings and missing tests
05Preview for control room, tablet and ruggedised field device
06Publish to selected roles; the screen inherits facility-level access automatically

Screen designer — draft

No code required

Palette

Well card

Separator gauge

Tank level

Valve state

Trend

Lab form

Alarm list

Route checklist

Canvas

Well status grid

Casing pressure trend

Battery balance

—

Tank levels

—

BS&W sample entry

Illustrative layout of the builder. Every component binds to assets already registered in your workspace.

Governed by default

Self-service for the business, without losing control of the record.

Bound to the governed model

Builders can only reach registered assets, measurement points and closed periods. A custom screen cannot invent a number or write to the ledger.

Permissions inherited, not redefined

Anything built inherits workspace, facility and role access. A user never sees data through a custom view that they could not see otherwise.

No shadow IT

Nothing is exported to a spreadsheet to be maintained on someone's laptop. Screens, dashboards and reports live inside the platform with version history.

Safe outputs

Exports carry formula-injection protection, and every scheduled report records who built it, what it queries and who receives it.

Real System Operations9 Recorded Console Walkthroughs

See HCF360 running. Every segment demonstrated.

Watch live console recordings showing wellhead allocation, FPSO offloading, pipeline line pack, terminal berth optimization, and refinery mass balances — no simulated slide decks.

@HydrocarbonFlow360 on YouTube

hcf360-console://walkthrough/corporate-overview

Full Platform WalkthroughDuration: 3:55

Click to play (3:55)

Corporate

Corporate — Hydrocarbon Flow 360 Platform

Corporate3:55

Corporate — Hydrocarbon Flow 360 Platform

A complete executive tour of the governed value-chain platform, connecting field operations, pipelines, terminals, and refining on one single energy model.

Demonstrated in this video:

Unified asset hierarchy spanning from reservoir wellhead to marine tanker
Shared unit-of-measure regime and mass/energy balance
Corporate roll-up with live reconciliation flags and deferment tracking
ERP-ready commercial records bound for SAP and Oracle

Explore this capability

Platform in action

Real screens from the running platform.

These are working consoles, captured from Hydrocarbon Flow 360 itself — the allocation log, the network editor, the multi-segment chain, the loading plan and the terminal floor.

Select the image to view it full size

Upstream production accounting

An allocation run that shows every step of its working.

A live field allocation on a producing network: 29 calculation stages, each well estimated by its own method — last well test or Gilbert choke correlation at the recorded pressure and bean size — then reconciled against the LACT custody meter.

Gilbert choke correlation: Well rates estimated at 1,100 psi through a 32/64" bean, with uptime and water cut carried into the entry.
Custody reconciliation: 16,366 bbl estimated against 15,806 bbl metered at the LACT point.
Allocation factor 0.9657: The reconciliation is a stated figure, not an adjustment buried in a spreadsheet.
Full calculation log: Load, estimate, measured and tank stages are readable months after close.

Request a demonstration

See your operations connected across the value chain.

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

Request a demonstration