01
Balances, inventory & yields
Production allocation, pipeline receipts and deliveries, line fill, terminal stock changes and refinery yields — with a consistent quantity basis and traceable period close.
Enterprise hydrocarbon operating system
Every barrel. Governed. Reservoir to bill of lading.
One governed model for field and offshore production, pipelines, marine terminals, refining and hydrogen — uniting measured volumes, allocation, custody transfer and settlement in a single auditable ledger.
API MPMS · AGA 3/7/8/9
Measurement standards
Reservoir → Tanker
End-to-end value chain
SAP · Oracle
ERP interoperability
Physical · Commercial · Carbon
Three-ledger engine
Governed Energy Architecture
Built strictly on international measurement & accounting standards
HCF360 enforces recognized petroleum and energy measurement practices across every calculation — from wellhead choke to custody tanker ticket.
API MPMS
Ch. 20 Allocation Measurement
Governs proportional & back-allocation across producing wells, gathering systems and battery LACT meters.
AGA Standards
AGA-3 / AGA-7 / AGA-8 / AGA-9
Standard thermodynamic compressibility, orifice, turbine, and ultrasonic flow equations applied throughout.
ISO 5168 / VDI 2048
Measurement Uncertainty & Reconciliation
Closed-form weighted least squares allocation protecting fiscal meters and distributing facility variance by uncertainty.
API MPMS 2350 & ISGOTT
Terminal & Tanker Safety Execution
Automatic overfill prevention interlocks, jetty manifold routing verification, laytime tracking and demurrage evidence.
ISO 14687 & 45V
Hydrogen Purity & EAC Hourly Matching
Real-time Wobbe Index blending, electrolyzer dispatch, and triple-ledger close (physical, commercial, carbon).
Enterprise Governance
Azure AD · Tenant Isolation · Audit Trail
Database-level workspace segregation, immutable run versioning, and segregation of duties with Microsoft 365 SSO.
Regulatory Reporting Output:Texas RRC Form PR·New Mexico OCD C-115·North Dakota DMR·US ONRR Statements
Accelerated model onboarding
Your legacy records. A governed model. Days to value.
- Ingestion target: hours
- 3–7 day deployment target
- Human-in-the-loop validation
Targeting over 60% lower upfront professional services cost. Timing and savings depend on scope, source quality and validation.
Operating modules
Five modules across the chain. Licence one, or run the whole value chain.
Each module is a complete operating console for its segment. Together they share one asset hierarchy, one unit-of-measure regime and one balance.
Field operations
Wells, well tests, batteries, field tanks, BS&W lab.
Offshore & FPSO
Production, cargo tanks, offloading, metocean gates.
Pipeline management
Throughput, batch tracking, storage, quality.
Marine terminals
Nominations, berth scheduling, lifting, demurrage.
Refining & downstream
Unit yields, blending, product tanks, quality lab.
New module · Hydrogen Management
Hydrogen governed from clean power to custody ticket.
Hourly EAC matching for 45V, electrolyzer dispatch, real-gas storage, Wobbe-controlled blending, ISO 14687 quarantine and a three-ledger close — on the same core as your hydrocarbons.
Engineering Foundation
Multiphase Hydraulics, Fleet Surveillance & Resilient Orchestration
Three production engines operating against a unified asset topology: first-principles wellbore simulation with automated parameter calibration, vendor-neutral artificial lift triage, and fault-tolerant DAG data pipelines.
SPE-4007 · Darcy/Vogel
Multiphase Simulation & Auto-Calibration
Sandface Darcy and Composite Vogel inflow, Beggs & Brill 3D spatial gradient stepping, surface gathering units, and closed-loop Nelder-Mead parameter estimation tuning skin, PI, and roughness.
Sub-1% ConvergenceRule 20 Ledger
Open Simulation Studio
API RP 11L · Turpin GVF
Artificial Lift Surveillance & Fleet Triage
Surveillance across ESP, Gas Lift, Rod Pumping, and PCP wells with API 11L Gibbs acoustic downhole cards, Turpin gas degradation, Turner deliquification, and 14-day telemetry drift analysis.
6 Lift Mechanisms60 FPS LTTB Waveforms
Open Lift Studio
Transactional DAGs
Workflow Orchestration & Resilient Ingestion
Chunked ingestion with exponential backoff and dead-letter quarantine, state-machine DAG workflow coordination, checkpoint replay, and certified SAP / Oracle ERP webhooks.
Zero Data LossIdempotency Tokens
Open DAG Orchestrator
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.
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
Generalized Universal Lineage Architecture
Different exceptions. One path to the evidence.
A common navigation and audit contract connects data types and sub-workspaces to the deepest physical or contractual leaf. Start with the exception. Follow the hierarchy. Inspect the source, method, version and approval behind the result.
Illustrative architecture explorer
Choose an exception, then follow its drill-down path.
Enterprise exception
Quality exception against a sample specification
Which sample and incoming movements support the quality exception, and which cargo terms apply?
Stable record identity & parent relationship
Measurement or quality basis & source reference
Effective method, version & reviewer decision
Illustrative quality reading. Off-spec status depends on the applicable product specification and contract.
Validate your hierarchy in a pilot01
Explore your operating environment
Inspect the field, offshore, pipeline, terminal and refinery consoles and their shared evidence model.
02Prove a bounded scope
Evaluate one facility against your source records and agreed acceptance criteria.
03Review the enterprise boundary
Bring hosting, integration, security and AI data questions into the evaluation.
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
Governed network modelling
The digital twin is an editable, governed network — not a picture.
Refinery and field networks are drawn as points and connections: CDU, FCC, hydrotreater, vapour recovery, custody meters, manifolds and tank farms, with split percentages and roll-up rules on every node.
- Publishing gates
- Points with no registered asset block publishing and recording until they are mapped in asset setup.
- Versioned networks
- Working drafts are editable; published versions are read-only.
- Roll-up defaults
- Estimated, deferred and allocated barrels each carry their own aggregation rule.
- Custody flags
- Final custody points are marked on the network itself.
Field-proven operations
Proven in the Field. Audited at Close.
Real-world results achieved by national oil companies, cryogenic logistics fleets, and offshore operators using HCF360's Edge-to-Core operating platform.
Illustrative exampleUpstream Field Operations·Major Southeast Asian National Oil Company (NOC)
Intelligent Gas Lift Allocation: Autonomous Lift Optimization for 140+ Wells
How a Southeast Asian NOC boosted net oil output by 11.8% while cutting gas injection volume by 28% through high-frequency edge surveillance and solar wellpad RTUs.
Facility Scope: 140+ Intermittent & Continuous Gas Lift Wells across onshore and shallow-water carbonate reservoirs
"HCF360 transformed our gas lift network from a high-maintenance guessing game into an autonomous, closed-loop production engine. We gained over 2,400 barrels per day across the field while using significantly less compressed gas."
General Manager of Production & Field Operations — Southeast Asian National Oil Company
Illustrative quote — scenario and figures are representative, not a named client result.
Verified Operational Outcomes
+11.8%
Oil Output Increase
Sustained net production gain through dynamic Gas-to-Oil Ratio (GLR) optimization.
-28%
Gas Injection Savings
Eliminated unattended over-injection and redundant compressor recycle load.
0
Flowline Wax Blockages
Zero paraffin deposition shutdowns achieved over 18 continuous operating months.
$3.4M
Annual OPEX Savings
Direct operational expenditure reduction via remote autonomous choke scheduling.
Governing Standards
API MPMS Chapter 20.1 (Allocation Measurement)AGA Report No. 3 (Orifice Metering of Natural Gas)AGA Report No. 8 (Compressibility Factors of Natural Gas)ISO 5168 (Measurement Uncertainty in Closed-Form Allocation)
Case Study 1 of 5
Ideas with operating value
Go deeper into the decisions that matter.
Architecture & traceability
Different exceptions. One path to the evidence.
Follow production, pipeline, cargo-quality and refinery-yield exceptions through one navigation contract, all the way to the source evidence.
Terminal performance
The demurrage story begins before the vessel arrives
Connect cargo plans, operational constraints and event evidence so delays can be investigated from one record.
Governed self-service
Useful reports without another shadow ledger
Give teams flexible screens and reports while keeping quantities, permissions and closed periods governed.
Underneath every module
Hydrocarbon accounting that holds up in a dispute.
02
Commercial execution
Contracts, nominations, cargo schedule with conflict detection, lift execution, laytime and demurrage, downtime events.
03
Connected operations
Historian and SCADA tag mapping, bulk data loading, scheduled jobs and outbound events, with cargo and bill-of-lading records ready for ERP.
Why one model
Keep the barrel visible across every hand-over.
One chain
Upstream through terminal and refinery in a single model.
One measure
Raw and normalised units, measurement standards applied throughout.
One record
Source evidence, method versions and approval history across every segment.
Configured, not rebuilt
Configure the model around your facility — a field, FPSO, pipeline network, terminal or refinery — and preserve the evidence across its connections.Deployment options
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.