Better Visibility Into the Utility Systems You Depend On
Trusted Across Energy & Industrial Sectors
-
Refining
-
Oil & Gas
-
LNG
-
Renewables
-
Mining
-
Chemical
Processing -
Data Centers
You’ve Been Making It Work. But Making It Work Leaves a Lot on the Table.
Most facilities run their utility systems on a familiar mix: sparse online instrumentation, drawings that haven’t been updated in years, and models that were accurate once but haven’t kept pace with the facility. It gets the job done, until it doesn’t. A capital project built on wrong assumptions. A system that doesn’t perform the way engineering expected. A startup that takes longer than it should because nobody has a clear picture of what’s actually in the ground.
Hydrus Works gives facilities a better foundation. Through a field-driven approach, Measure, Model, and Maintain, we replace assumptions with real operating data, build validated engineering tools from that data, and keep those tools current over time so your team can support projects, troubleshoot with confidence, and plan for what’s next.

How We Work
Measure
Our field-ready engineers go onsite to collect real flow, pressure, temperature, and performance data across your utility systems, replacing assumptions with measured conditions and better visibility from the start.
Model
We turn measured field data into validated utility models and decision-support tools that help teams understand system behavior, test scenarios, support projects, and make smarter engineering decisions.
Maintain
UMaaS keeps your field-validated models evergreen, preserves institutional knowledge, and gives your team a long-term modeling partner for projects, expansions, operations, and future planning.
Specialized Engineering Services, Built for Long-Term Support
Hydrus Works combines specialized utility engineering with software-supported long-term service. We solve immediate system challenges through field validation and modeling, then help facilities stay current through UMaaS as the long-term maintain layer.
Utility Modeling
Field-validated hydraulic models and decision-support tools for utility systems, projects, and expansions
Surge Modeling
Transient surge analysis to reduce surge risk, protect infrastructure, and support safer system changes
Fire Protection
Licensed industrial fire protection engineering, firewater analysis, and practical risk-based design support.
Field Surveys
Onsite measurement services that improve visibility, support troubleshooting, and generate model-ready data.
Turnaround & Startup
Ultrasonic leak testing that compresses pre-startup testing from days to hours, reducing nitrogen consumption, finding more leaks, and getting facilities back online faster.

Why Hydrus Works?
Field-Validated. Not Theoretical.
Every recommendation we make is backed by an in-depth hydraulic analysis with real data collected from your actual systems. We don't engineer from assumptions.
Engineer-Led. Every Project.
Our engineers are in the field, measuring, testing, and validating onsite. Real expertise on every engagement.
Vendor-Neutral. Owner-Advocate.
We have no affiliation with equipment manufacturers. Our designs are driven entirely by your needs, not sales quotas.
Protect Your Institutional Knowledge.
Expertise shouldn't walk out the door with personnel changes. UMaaS captures and retains critical system knowledge so your team stays ahead.
Trusted By
About Us
We give industrial facilities better visibility into their critical infrastructure
Hydrus Works gives energy and industrial facilities the data and insight they need to make better decisions about critical utility infrastructure. By combining onsite measurement, advanced modeling, and our proprietary Utility Modeling as a Service (UMaaS) platform, we help clients move beyond assumptions and understand how their systems truly perform.
That visibility enables better decisions, reducing risk, improving reliability, and guiding smarter long-term investments. Across refining, oil & gas, LNG, mining, chemical processing, and data centers, Hydrus Works helps clients turn complex utility systems into clear, actionable understanding.
