NRY for Energy & Infrastructure
Run today's operations with confidence while building the energy system of tomorrow.
About NRY
NRY began by solving hard operational problems in logistics, manufacturing and the public sector. That work taught us one lesson: decisions fail on integration, not on ambition.
Today, operators across Europe run their daily work on builds we made on Forge. Those builds carry decisions from the trading floor to the turbine deck.
NRY Forge for Energy
We work with energy operators of every size, from a single-field producer to a company spanning the whole value chain. They use Forge to bring wells, pipelines, plants and markets into one live model. Results come at once, and every dataset and model they connect makes the next one more valuable.
Our Partners
- From early 2026, NRY worked with an independent holding non-operated interests on the Norwegian continental shelf. Forge is where the operators' reporting meets the partner's own view of each licence.
- The work covered portfolio evaluation, capital planning and the reconciliation of operator data: the decisions a partner must make about assets it does not run.
- Modelling the licences together instead of one at a time, Forge showed the partner its real exposure across the portfolio and what each development phase was worth to its interest.
- The operator runs a gas pipeline system and its onshore terminal, the route that brings North Sea gas ashore. Its throughput is set by what the fields upstream plan to produce.
- On Forge, those nominations, maintenance windows and integrity records sit together. An outage is planned against the fields it would shut in, not against a calendar.
- The refiner makes bitumen at one plant in northern Italy: paving and industrial grades, oxidised, polymer-modified and hard grade, from crude slates that change batch to batch.
- Forge puts the plant's process data beside the laboratory results. The team can see exactly which running conditions produced a grade that met specification, and which did not.
- The group makes and installs photovoltaic systems, from panels and inverters to racking and storage. Its work runs from rooftops to utility arrays and off-grid community supply, across southern Europe, North Africa, southern Africa and south-east Asia.
- With Forge, every installed system carries its own record: what was specified, what was actually fitted and how it is performing. A fault on a site no engineer can reach this week is read from the configuration, not guessed at.
- The brokerage trades biodiesel, advanced biofuels, feedstocks and biofuel credits from the Netherlands, in a market where a batch's value depends on where its feedstock came from.
- Forge sends the certification, feedstock origin and carbon intensity along with every batch. A buyer's compliance requirement is matched as precisely as its volume and its price.
Oil & Gas
Forge
For Oil & Gas
Forge brings the moving parts of an energy operation, sensor feeds, models, schedules and crews, into one live picture that every team can read and act on.
Laas Nury, Founder, NRY
Upstream
Its Own View of Fields It Does Not Run | A North Sea partner + NRY
“The partner never operated these fields. What it needed was its own view of them, and one place where that view could stand up against the operator's.”
— NRY Partners · Field notes, Norwegian shelf
Offshore
Monitoring
- Connect your data and models to one live model of the operation and see every subsystem in the production chain, from the wells to the topside facility.
- Move through interactive process diagrams that show how the equipment is linked and what each sensor reads as fluids travel through the network.
- Physics-based models run every hour against the live readings, so you know how accurate the model is and how healthy each piece of equipment is.
Simulation
Ask what-if questions of any single system, from the subsea network to topside export.
- In an export compression subsystem, an engineer sees the sensor data behind every piece of production equipment: control valves, compressors, scrubbers, heat exchangers.
- One click runs a simulation on any single component. Raise the suction pressure on a compressor, for instance.
- Forge answers within minutes and shows what the change does to the whole topside system.
Optimisation
Chain scenarios across separate models to see what a decision does along the whole value chain.
- See the consequences of a decision not just inside one system but along the chain, from the sandface to export.
- Several simulation models and your own logic come together in one language engineers use to understand and improve the facility as a whole.
- Every simulation's result is kept, so the next engineering or business decision starts from it.
Onshore
Create a holistic view of your assets
Bring accounting, land, planning, business development, reserves and operations data into one model.
- See profitability as it is, with live lease operating statements.
- Run your capital programme with less manual work and a clear view of where each project stands.
- Predict well performance and manage type curves.
- Understand lease expiries and held-by-production status.
- Track deal flow and manage due diligence for acquisitions and divestitures.
- Prepare monthly outlooks and long-term capital plans in days, not weeks.
Finance
Corporate financial reporting
Every figure carries its lineage, so auditors can see where it came from. Automated checks on the data catch problems before the close, not after it.
Asset management
See how each asset is performing in near real time, down to the single asset, without the hand-built integration that used to take whole quarters.
Budget tracking
Data, models and processes from across the business sit together, so managers steer the budget day by day instead of rebuilding it at month end.
Irregularity detection
Financial, land and operational data in one view makes a discrepancy easy to spot, chase down and correct.
Before, each licence lived in its operator's reports. Now the partner sees its whole position in one place, and can argue every number in it.
NRY Partners · Field notes, Norwegian shelf
Midstream
Keeping the Offtake Route Open | A North Sea midstream operator
The operator plans its maintenance on Forge, with shipper nominations and asset condition on the same screen. A shutdown window is booked only once the team knows what it costs the fields upstream.
Liquids & Gas
Companies spend a great deal of time and money on separate, hand-run programmes for drag-reducing agents, power costs and contracts, flow rates and production, and maintenance.
The gap between the operational and the financial side loses real money, and hides real opportunity. Closing it by hand, with the tools most operators have, is slow, field-by-field work.
Case Study: Pipeline Monitoring Across a Midstream Network
A midstream operator brought all of its pipeline monitoring together, from processing plants to storage to land and sea shipping routes, to find a break before it causes disruption.
Case Study: Balancing a Gas Network
A gas network operator balances injections and withdrawals against its demand forecasts as they change, cutting the imbalance penalties its shipping partners pay.
With data joined up and simulations chained on Forge, a midstream operator can:
- Pull data from ERPs, CRMs, sensors, time series and the rest into one model, cleanly and repeatably.
- Run utilisation, power-cost, contract and thermodynamic models on that joined-up data.
- Simulate and optimise against whatever the business sets as the goal: lower power cost, less fuel, lower emissions.
Preventative maintenance
Trace product quality problems across the network, find the cause behind a repeating failure and test the component, cutting downtime and maintenance cost.
Optimised power scheduling
Bring sensor data, inventory levels and past demand together with live and forward prices for grid electricity and inline power, and switch between them to run at the lowest cost.
A digital twin of the network
Chain simulation engines to recommend improvements across the business, showing what a decision does now and later to production, maintenance, risk and resilience.
Carbon Planning
Meet your business goals while staying within regulation. Measure your environmental impact and reduce it.
Resource Allocation
Put limited resources where they are worth most, and make the supply chain more resilient in the process.
AI-Driven Decision-Making
Let the system decide on its own where it can, from live sensor, acoustic, location and time-series data.
Decarbonising a complex global supply chain is exactly the class of problem Forge was built for.
Laas Nury, Founder, NRY
Downstream
One Yard, Two Order Books | A family fuel distributor + NRY
“When the heating-oil price dips or the first cold week arrives, everyone orders at once, and the same small team still has pallets to move across the Benelux. Now every fuel drop and pallet run sits on one plan, with the ADR and driving-time rules built in, so the yard promises what it can actually deliver.”
— NRY Partners · Field notes, Flanders
Refinery / Chemical Plant Operations
Process monitoring & loss categorisation
- Feed the plant's sensor data into its live model, with rules and alerts watching every unit as it runs.
- Catch a deviation as it starts and act on it. Losses are sorted by cause automatically and written back, so the same loss is not made twice.
Advanced analytics
- With the data and the models in one place, engineers can analyse across sources that were never connected before.
- From a standard regression to machine learning, the work runs from run-length optimisation to predictive maintenance without leaving Forge.
Empowering process engineers
Refinery engineers build their own tools on Forge, with no central data team in the loop:
- Unit-health dashboards and shift sheets that keep the plant safe.
- Constraint dashboards that flag a breach on their own, catching the margin that manual checks miss.
Simulation
- Draw process flow diagrams on the plant model and connect them to your physics-based simulators.
- Ask what-if questions to test set points, run times and maintenance plans, with the theoretical values checked against the actuals so a problem shows early.
- Test crude slates, unit configurations and turnaround timing against the plant's live constraints before committing capital.
CAPEX planning
- Combine historic data, the plant's infrastructure and live sensor data to judge a capital project against its business case, and keep judging it.
- One live set of numbers keeps the plant on plan, and shows the moment it is off.
- Reconcile planned against actual yields all the time, not at month end.
- Cut extreme production deviations with an automatic alert the moment a serious divergence appears.
Bitumen is sold on its specification, not its description. What changed is that the plant can look back from a test result to the conditions that made it, in one place, instead of arguing from separate records.
NRY Partners · Field notes, northern Italy
Renewables
Forge
For Renewables
The same panels and inverters end up on a roof in central Europe and an off-grid supply in North Africa. Before the group can fix a system, it has to know exactly what was fitted there, and now it does.
NRY Partners · Field notes, renewables
Financial & Energy Markets
- Energy trading decision optimisation
- Sentiment analysis
Operations
- Asset 360
- Plant performance
- Production optimisation
Maintenance
- Inventory management
- Plant downtime minimisation
- Maintenance allocation & planning
Machine Learning
- Production forecasting
- Prospective site planning
Carbon
Forge
For Carbon
NRY worked with a non-operating partner on the evaluation of its interests across the Norwegian continental shelf, from exploration licences through a development phase to producing fields.
A manufacturer in central Europe has built composite aircraft for decades, with thousands in service. NRY works with it on the support data behind those hours, so airframe time, maintenance and fuel burn sit on one record.
Sustainability
Understand your footprint. Stay ahead of regulation. Make informed decisions on the way to net zero.
Our sustainability tooling was built inside the data of the industries that are hardest to decarbonise: energy, aviation and heavy manufacturing.
Carbon accounting
- Automate emissions calculations with Forge's data integration and a clear carbon accounting model.
- Produce emissions figures at whatever level and frequency the business needs, from daily Scope 1 figures to annual totals.
- Ready-made audit views show the whole model, from the source data to the final emissions figure.
Emissions monitoring
- Bring sensor, flyover and satellite detections together with operational data into one view of emissions.
- Attribute detections to specific equipment and events, not just sites.
- Build operational workflows, such as time-series analysis and alerts, on a live view of your assets.
Emissions reduction & forecasting
- Run cost-benefit analyses for decarbonisation decisions, from an equipment upgrade to a long-term asset investment.
- Chain your emissions model to a digital twin of the operation, so a sustainability investment is decided on evidence.
- Produce long-term emissions forecasts with scenario analysis on one connected emissions model.
Emissions Tracking & Decarbonization for Oil & Gas
Case Studies
Strategic Decarbonization
- Leadership teams use Forge to see how the business performs across a range of futures: a lower oil price, or a high carbon tax in one jurisdiction.
- With that in view, they adjust the portfolio to meet decarbonisation goals while keeping the business sound.
Real-Time Emissions Metrics
- An energy company tracks its Scope 1 and 2 emissions on Forge from detailed operational data, refreshed automatically as the business changes.
- Precise, live figures prepare the company for mandatory reporting and track progress against its own reduction goals.
- A systematic, measurable approach lets leadership judge a new policy or investment with the key facts at hand.
Carbon Supply Chain Ecosystem
Concord by NRY
See the emissions of your commodity supply chains clearly enough to benchmark them privately, compare alternative routes, and model the price of carbon.
Concord
by NRY
In biofuels the carbon number is the product. A batch is worth what its feedstock and certification say, so both travel with it from the seller to the buyer's compliance file.
NRY Partners · Field notes, the Netherlands
The brokerage adopted Forge to build a shared carbon record for the biofuel trade: Concord. Buyers, sellers and certification bodies bring feedstock origin, sustainability certificates and carbon intensity into one place, structured the way the market already trades.
They then simulate and carry out production, transformation and transport routes with emission-specific measures, the same routes their assets run in the field.
Concord's first release carries carbon intensity across biodiesel and advanced biofuel chains, with feedstocks and credits alongside, so a batch's number arrives with the batch rather than being reconstructed later.
None of it asked anyone to migrate. Concord is what our Open Systems commitment looks like in production: every partner keeps its own storage, compute and models, and connects them to one shared, governed layer.
This is going to be one of the most consequential things we've ever built.
Laas Nury, Founder, NRY