Expert Solutions in District Heating
Thermal-Hydraulic Studies Through Numerical Simulation
PhD engineer building reliable digital twins of district heating networks - from sizing studies to real-world operational diagnostics.
BUILT FOR
Built for District Heating Software Teams
I work directly with R&D, technical, and pre-sales teams at companies developing district heating and cooling network simulation software — providing the independent validation expertise they need without adding headcount.
R&D Teams
Need an extra pair of hands to validate models against field data without growing the team permanently.
Technical Project Support
Available to get directly involved in project delivery — sizing studies, feasibility analyses, or troubleshooting — wherever extra technical capacity is needed.
Product & QA
Need rigorous testing of new features against real-world thermal-hydraulic behavior.
About Me
Full-Lifecycle District Heating Expertise
PhD in fluid mechanics & thermal engineering, with 2+ years of hands-on experience in thermo-hydraulic simulation of district heating networks. I work across the entire network lifecycle — sizing, extension, and operational troubleshooting — and bring proven numerical validation experience that applies regardless of the simulation software or vendor.
Learn more about me on Linkedin :
Network Sizing & Design
Pipe sizing, pump selection, substation design, and power reserve analysis for new networks
Network Extension & Feasibility
Grid extension studies, load growth scenarios, and new heat source integration
Operational Troubleshooting
Diagnosing and resolving real-world issues on networks already in operation.
Numerical Validation
Proven model-to-field validation experience, adaptable to any DHN simulation software.
Method
PROJECT EXAMPLE
I've worked end-to-end on multi-site production networks — from strategic optimization down to hydraulic safety checks.
Merit Order Optimization
Defining the optimal dispatch between heat sources to meet renewable energy rate targets across multi-site production networks.
Hydraulic Safety Verification
Ensuring pressure stays within safe limits across every network component, before and after any operational change.
Bottleneck Identification & Resizing
Pinpointing the network's limiting sections and translating them into concrete resizing recommendations.
