MercuryLab B.V.

Over MercuryLab B.V.

Managing powders, grains, and bulk solids is vital across modern industries—yet designing and maintaining these systems is notoriously complex and risky.

At MercuryLab, we eliminate the guesswork. We bring decades of academic and industry expertise to deliver advanced engineering consultancy and virtual prototyping to troubleshoot, design, and optimise complex processes involving particulate and multiphase systems.

By leveraging cutting-edge, open-source particle-based numerical methods—including Discrete Element Method (DEM) and Smoothed Particle Hydrodynamics (SPH), both standalone and coupled—we build high-fidelity virtual prototypes of your workflows. Because our core tools are open-source, we develop bespoke virtual prototypes with zero software license lock-in.

How We Support Your Engineering & R&D Teams: - Identify & Solve: Eliminate costly mixing, segregation, or flow bottlenecks. - Rapidly Optimise: Virtually prototype bulk-handling machinery in full 3D to maximise throughput. - Reduce Costs & Risks: Replace slow, expensive physical scale models with scalable cloud-based simulations.

Our Flexible Service Offerings: - Consultancy & Troubleshooting: Quick-turnaround diagnostics and optimisation. We work on a flexible Fee-for-Service basis for immediate issues, or establish Stable Partnerships to act as an ongoing extension of your R&D team. - Cloud Services: Run high-powered, physics-backed computer simulations anytime, anywhere, with unlimited computational power. - Expert Training: Keep your team ahead of the curve. We offer tailored courses on particle-handling technology, ranging from equipment usage to advanced computational modelling techniques.

Discover how physics-backed modelling can transform your industrial workflows! 🌐 Contact us at info@mercurylab.org or visit our website to learn more: https://www.mercurylab.org/

Trefwoorden

• 3D-Printer
• 3D-Printing
• Bulk Solids
• Consultancy
• Continuum Modeling
• Dem Simulation
• Granular Materials
• Numerical Modelling
• Open-Source
• Optimisation
• Particle-Based Methods
• Powder Flow
• Powder Handling
• Process Engineering
• Solid Dosage Forms
• Virtual Prototyping

Adres

• Hoofdkantoor

  2321JV LeidenZuid-Holland, Nederland

Team per functiegebied

Gebaseerd op 5 openbare functieprofielen, stand van 3 september 2026.

• Engineering / Software Development2
• Executive / C-Suite2
• Other / Unclassifiable1