Kore MX-1:
Organic waste
to baseload power
The modular pyrolysis reactor, MX-1, is Kore’s deployable platform for converting organic waste into baseload power and biocarbon without combustion.
Think of it as infrastructure you can add to your energy mix: modular, repeatable, and designed to scale.
Core specs and architecture
Modular units
✓ Factory-built modules designed for replication
✓ Clustered to meet capacity needs
✓ Built, owned, and operated by Kore for standardized commissioning and operating
Footprint and site fit
✓ Typical installation footprint is about ~1 acre
✓ Designed to integrate into industrial footprints in regulated environments
✓ Compatible with distributed siting and network buildouts
Commercial-scale readiness
✓ Proven at commercial scale in downtown Los Angeles (SoCalGas partnership)
✓ Built for real-world operations
✓ Deploys as modular units co-located at landfills
Integration-first engineering
✓ Interfaces with on-site generation, microgrids, and grid interconnects
✓ Designed for control, monitoring, and performance verification
✓ Built to support operational redundancy strategies
Energy outputs
MX- 1 units are designed to convert waste into outputs that align with your reliability and financial models.
Electricity
Dispatchable generation for baseload or load-following needs
Biocarbon
Stable carbon product with measurable lifecycle
benefits
Dispatchability is the point.
Non-intermittent power with controllable output that can be shaped around load profiles and market signals.
Designed for
co-location
(WHEN YOU WANT IT)
If you’re building a campus, co-location buys you control.
✓ Lower latency to load, tighter reliability posture
✓ Optional N+1 architecture through modular clustering
✓ On-site outputs that reduce exposure to fuel volatility and grid constraints
✓ Cleaner permitting posture than combustion-based waste-to-energy
Co-location is optional. The platform is also built for distributed deployments that roll up into a VPP and support book + trade strategies.