Dependable dew point calculations for natural gas pipeline operations and process engineering.
Deploy on-premises, in your private cloud, or use our hosted service — the same trusted calculation engine, your choice of environment.
Hydrocarbon dew point · water dew point · phase envelope · quality lines
Open Live Preview →- Hydrocarbon dew point & cricondentherm
- Water dew point
- Full phase envelope
- Quality lines
- Tunable thermodynamic parameters
What DPCloud Provides
Real-time, operator-grade calculations for the values that matter in natural gas transportation and processing.
-
Hydrocarbon dew point and cricondentherm The temperature values operators act on, computed with the rigor process engineers expect.
-
Water dew point Computed separately for quality, delivery, and downstream processing decisions.
-
Full phase envelope Including critical point and envelope extremes — not just a single curve snapshot.
-
Quality lines For assessing liquid formation risk across operating conditions.
Built for Teams Working Through Real Problems
If you recognize any of these, we built DPCloud for you:
- Aging Software
You’re running real-time dew point calculations on aging software that nobody maintains anymore. - Black-box calculations
Your existing calculation is a black box — difficult to audit, difficult to tune, and difficult to trust when numbers matter. - No defensible tuning path
Your GC or embedded system gives you an answer, but not a defensible way to understand or adapt the thermodynamic model behind it. - Isolated environments
You need calculations that work in isolated networks, on-premises environments, or under strict data-sovereignty requirements. - Oversized simulator stack
You’re an engineer who needs dependable phase behavior calculations for a project, without buying an oversized simulator stack or working around research-oriented tools that were never built for production.
DPCloud is designed to fit operational realities — not the other way around.
Why Teams Choose DPCloud
Engineering background, independent IP, and consistency with industry practice — the reasons teams trust DPCloud for operational work.
Engineering background
Built by an engineer whose career has focused on commercial thermodynamic software for oil and gas, including work connected to DB Robinson & Associates in Edmonton — the research group founded by Donald Robinson, co-inventor of the Peng-Robinson equation of state.
Independent IP
DPCloud’s calculation engine is developed entirely by KYCIS, with no shared code or shared IP from prior commercial software. Customers get a clean, defensible modernization path.
Consistent with industry practice
DPCloud’s results are validated against industry-reference legacy implementations to within engineering tolerance. A detailed consistency report is available on request.
Transparency where it matters
Unlike black-box calculators, DPCloud gives engineers access to the thermodynamic parameters they may need to tune for specific gases and applications.
Flexible deployment
Run it on-premises, in your own cloud environment, or as a hosted service — without changing the core calculation engine.
Interactive Preview
Try DPCloud in your browser.
An interactive preview powered by the DPCloud calculation engine. Adjust composition and operating conditions, and see phase envelope, hydrocarbon dew point, and water dew point respond live.
GC Reader for DPCloud
A companion tool that turns gas chromatograph output into DPCloud-ready stream inputs for validation, manual checks, and related thermodynamic workflows.
Interested in the Details?
Every team’s situation is different. We’d rather have a direct conversation about your environment, your data, and your questions than try to answer every scenario on a webpage.
Get in touch and we’ll walk through what matters for your situation.
About KYCIS
KYCIS is a Canadian software company focused on thermodynamic calculations for natural gas operations. DPCloud is our first commercial product, built to deliver dependable dew point and phase behavior calculations for operators and engineers working in real operating environments.
Read the full story