MicroHub by CSS

ATXR

About this app

Explore the MicroHub, a containerised biomass gasification system by Compact Syngas Solutions, in interactive 3D and augmented reality.
This app is designed for investors, procurement teams, site engineers, and partners who want to understand the MicroHub system in detail before, during, or after engagement with the CSS team.

FEATURES
360° 3D Visualisation
Rotate, zoom, and explore the full MicroHub system. Understand layout, scale, and configuration — from biomass input through to power generation.

Augmented Reality Mode
Place the MicroHub in your real-world environment. Assess footprint, support site planning, and demonstrate the system in context.

Interactive Hotspots
Access key technical insights, including feedstock flexibility, gasification process, syngas production, power output (up to 500kW), system design, and environmental performance.

Training Content
Additional training content and walkthroughs will be added as the platform develops.

ABOUT THE MICROHUB
The MicroHub converts locally available biomass, including tea prunings, woodchip, rice husks, bagasse, coffee husks, bamboo, macadamia shells, and oil palm trunks into hydrogen-rich syngas through a high-temperature gasification process.
The system delivers up to 500kW of electrical power, operates continuously, and produces carbon-rich biochar as a valuable co-product.

Key capabilities:
Up to 500kW electrical output
Continuous 24/7 operation
Low parasitic load (<10%)
Biochar co-product (85%+ carbon content)
Syngas is suitable for power, heat, and fuel applications
Containerised, modular, and relocatable design
Designed for off-grid, remote, and industrial applications, the MicroHub enables reliable, decentralised low-carbon energy generation.

COMPACT SYNGAS SOLUTIONS
Compact Syngas Solutions (CSS) designs and deploys modular biomass gasification systems for off-grid and remote power applications. Green Fuels for a Clean Future.
syngas-solutions.co.uk

What’s new

Initial release.
3D Model Viewer.
AR Model View.