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    Scientific Software

    CliqScale.R - CFD Simulation Platform for Reactor Scale-Up

    Project Overview

    NovaLabs needed a turnkey web-based solution for computational fluid dynamics (CFD) simulations of stirred reactors. We built CliqScale.R, a sophisticated cloud platform that enables scientists and engineers to run complex OpenFOAM simulations directly from their browser—democratizing access to industrial-grade CFD analysis.

    CliqScale.R - CFD Simulation Platform for Reactor Scale-Up project screenshot

    The Challenge

    NovaLabs required a platform that could make complex CFD simulations accessible to scientists and engineers without requiring deep expertise in computational infrastructure.

    • CFD simulations traditionally require expensive hardware and specialized expertise
    • OpenFOAM setup and configuration is complex and time-consuming
    • Scientists needed to focus on research, not infrastructure management
    • Results visualization required separate software installations
    • Data security critical for proprietary research and formulations
    • Need for structured machine learning-ready output data

    Our Solution

    We developed CliqScale.R as a complete cloud-based CFD platform with an intuitive web interface, automated simulation workflows, and integrated visualization.

    • Intuitive web application accessible from any browser
    • One-click simulation launches with automated OpenFOAM configuration
    • CliqView.R integrated viewer for instant results visualization
    • Native OpenFOAM format preservation for advanced analysis
    • Encrypted data storage and secure processing pipeline
    • Structured output optimized for machine learning workflows

    Technical Implementation

    We built a scalable cloud architecture that orchestrates complex CFD workloads while maintaining security and ease of use.

    • React-based web interface with real-time simulation monitoring
    • AWS Batch for orchestrating parallel CFD simulations
    • Docker containerization of OpenFOAM simulation environment
    • Python simulation manager for case setup and monitoring
    • Automated meshing and parallel solver execution
    • S3 integration for secure raw data storage and downloads
    • Custom postprocessing pipeline for statistical analysis

    Technologies Used

    We leveraged cutting-edge cloud and scientific computing technologies to deliver enterprise-grade CFD capabilities.

    • React with TypeScript for the web application
    • AWS EC2 and AWS Batch for compute orchestration
    • Docker for containerized OpenFOAM simulations
    • Terraform for Infrastructure as Code, managing AWS Batch environments, networking, and storage resources
    • Python for simulation automation and postprocessing
    • OpenFOAM for computational fluid dynamics
    • AWS S3 with encryption for secure data storage
    • ParaView integration for advanced 3D visualization

    Key Results

    • Democratized CFD analysis for scientists without infrastructure expertise
    • Reduced simulation setup time from days to minutes
    • Browser-based access enables work from anywhere
    • Integrated visualization eliminates separate software requirements
    • Secure encrypted pipeline protects proprietary research data
    • Machine learning-ready output accelerates data science workflows

    Why It Matters

    CliqScale.R transformed how NovaLabs' customers approach reactor scale-up simulations. By combining the power of OpenFOAM with cloud automation and an intuitive web interface, we created a platform that puts industrial-grade CFD capabilities in the hands of scientists and engineers—letting them focus on innovation rather than infrastructure.

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