NEWS:

We are proud to announce that our project has qualified to receive support within the scope of the TÜBİTAK 1507 R&D Start-up Support Program.

Led by SLC Fluidics Ltd. (Sercan Acarer) in partnership with DeepDynasim Ltd. (Çağlar Uyulan), our newly funded project—“Development of a Domestic Intelligent Software for Efficient Hydrogen and Air Turbo Compressor Design With or Without Intercooling via AI-Assisted Computer Simulations”—will deliver an axisymmetric throughflow-solver, AI-enabled design platform with an integrated user interface and 3D analysis outputs. The goal is to accelerate design cycles, improve optimization quality, and reduce dependence on imported software—strengthening competitiveness across defense, aerospace, energy, and hydrogen technologies.

WHY IT MATTERS
The software targets multi-stage hydrogen and air turbo compressors and supports both intercooled and non-intercooled configurations. By unifying workflow—from early design to analysis—we expect faster time-to-decision, lower cost, and export-ready capability for critical applications such as hydrogen storage and industrial air compression.

ABOUT THE PROJECT
The platform combines axisymmetric throughflow methods with AI-driven design assistance, providing a streamlined UX and 3D visualization. This integrated approach helps engineers rapidly explore design space, assess trade-offs, and converge on efficient, manufacturable solutions.

CALL TO ACTION
For collaboration or pilot access, please contact us.