windaNew energy.
New service conditions such as hydrogen embrittlement and dense-phase CO2, with little operating history to lean on.
Winda brings design and integrity software, materials engineers and monitoring points built into the design, so new service starts on evidence.
Assets
- Hydrogen
- Carbon capture
What Winda brings
Hydrogen and CO2 service, designed on evidence.
AI solutions
Engineering services
Materials and integrity engineers join the design team from the first study to select the materials for each stream.
How it runs
- 01 MeasureMonitoring points are placed at the design stage.Field hardware and field engineers
- 02 ConnectDesign, materials and conversion records sit in 1 model.Asset data and engineering model
- 03 AnalyzeAgents check each design option against the applicable codes.AI agents and engines
- 04 ApproveEngineers approve the new design basis or the change of service.The engineer who signs
Outcomes
- Conversion cases rest on engineering evidence.
- Damage mechanisms are screened from the first design.
- Emissions and integrity records share 1 source.
Agents
4 specialist agents for new energy.
Repurposing
Asset strategyTests pipelines and plant for hydrogen or CO2 service.
Environmental Cracking
Operations & integrityScreens for sour cracking, HIC and high-temperature hydrogen attack.
Transition Pathway
Asset strategyRanks emission cuts by cost per tonne across the asset's remaining life.
Emissions by Design
Engineering designEstimates flaring, venting and fugitive emissions for each design option.
Standards
The codes these agents are aligned to
- ASME B31.12
- DNV-RP-F104
- ISO 27913
- NACE MR0175
- ISO 15156
- API RP 941
- API GHG Compendium
- OGMP 2.0