Closed-loop, not open-stack
Combustion gases are kept inside a contained loop. Cleaned, separated and recovered as products — not vented through an atmospheric stack.
Technology
A closed-loop thermal process — engineered to perform.
Conventional incineration releases treated gases through a stack. ECLIPS contains them, separates them and converts them into saleable outputs.
Principles
Six principles that define the platform.
Oxygen-enriched recirculated environment
Conventional atmospheric air is replaced by recirculated flue gas enriched with oxygen. This removes nitrogen from the combustion environment and prevents NOx formation at source.
Balanced Mass control
A Balanced Mass control approach manages the recirculation loop and combustion conditions, keeping the system stable across feedstock variability.
Proven components, unique configuration
ECLIPS uses established industrial equipment — combustion, heat recovery, gas cleaning, separation and compression — integrated into a unique closed-loop system.
Modular sizing
The platform is modular and can be configured for different plant sizes and site conditions, supporting phased deployment and capex management.
Engineered for off-take
Outputs are captured as discrete, contracted streams. The architecture is built from the start around saleable products rather than discharge.
Process flow
From feedstock to power, gases and materials.
Eight engineered stages, integrated as a single closed-loop system.
- 01
Waste intake and pre-treatment
Mixed feedstock is received in a sealed facility, characterised and prepared for the closed-loop process.
- 02
Oxygen-enriched closed-loop thermal process
Combustion takes place in a recirculated flue-gas environment enriched with oxygen, replacing conventional atmospheric air.
- 03
Balanced Mass control
A Balanced Mass control approach manages the recirculation loop and combustion conditions for stable, optimised operation.
- 04
Heat recovery
Process heat is captured for electricity generation, steam supply and district or industrial heating.
- 05
Flue gas cleaning and treatment
Multi-stage cleaning removes particulates and acid species inside a contained loop — not vented to atmosphere.
- 06
Gas separation and compression
Cleaned gases are separated and compressed into discrete, saleable streams of oxygen, nitrogen, carbon dioxide and water.
- 07
By-product recovery
Solid residues are recovered as ash and clinker fractions suited to construction and industrial reuse.
- 08
Output to power, heat, gas and materials
Electricity, steam, industrial gases, water, ash/clinker and hydrogen are delivered to off-takers and the grid.
Why no smokestack matters
Containment changes both the environmental and the planning case.
Removing atmospheric discharge directly addresses the issue that drives most public and planning opposition to thermal waste infrastructure. It also turns what would otherwise be losses into defined, contracted product streams.
Available on request
Technical and commercial detail
Operating parameters, equipment configuration, mass balance, emissions performance and project economics are confirmed on a project-specific basis under appropriate confidentiality.
Discuss the technology in detail.
Technical sessions are available for serious investors, EPC partners, off-takers and qualified public-sector stakeholders.