No. Kore’s MX-1 modular pyrolysis reactor is non-combustion pyrolysis in an oxygen-free environment. If someone calls it “burning trash,” they’re using the wrong category.

No. Co-location is optional.

Kore projects can support your strategy through network deployments and, where applicable, book-and-claim structures and market

mechanisms. The right approach depends on your reporting, market rules, and offtake strategy.

Co-location is optional. The platform is also built for distributed deployments that roll up into a VPP and support book + trade strategies.

Carbon-negative potential is driven by the lifecycle profile of the system — including biocarbon outcomes and verified market structures. Specific results depend on feedstock, configuration, and credit programs.

Dispatchable electricity and Biocarbon

Different sites may prioritize different output mixes.

Modular systems are designed to compress timelines versus traditional plants. Actual timelines depend on site conditions, permitting, and integration requirements — but the target is months, not years.

Scalable by replication:

Add modules to increase capacity on a site

Deploy clusters across multiple sites

Build networks that behave like a virtual power plant

Typical installations are designed to fit in roughly ~1 acre, depending on configuration and site layout.

Primarily organic waste streams, including landfill-bound organics. Other eligible feedstocks can include agricultural and forestry residues where applicable and permitted.

Kore is non-combustion by design and engineered for ultra-low emissions profiles. It has been demonstrated in strict regulatory environments, including the South Coast AQMD airshed.

Kore’s LA deployment demonstrates that it can operate within one of the toughest airsheds in the U.S. Every site is still site-specific — but precedent matters.

Certain configurations are designed to handle challenging waste streams and may support destruction of specific contaminants (including PFAS in applicable feedstocks), subject to site-specific permitting and operating conditions.

Designed to address challenging contaminants in eligible feedstocks, subject to site-specific design and regulatory requirements.

It’s the operational model: Kore enables waste owners and site partners to divert eligible organic material into a conversion pathway that

produces energy outputs — without requiring them to become technology operators.

Kore built, owns and operated its modules, but project structures vary. Kore can support different development and operating models depending on the site, partner ecosystem, and finance plan.

Kore supports controllable, dispatchable output and modular redundancy strategies. It can integrate into microgrids and on-site generation

designs aligned with N+1 philosophies.

Start with constraints:

Your load growth and timeline

Your market and interconnection posture

Your SDG, sustainability, and reporting requirements

VPP to support book + trade strategies.