Waste · Incineration
High-efficiency incineration — safe destruction, recovered energy.
Glorinda’s incineration systems destroy organic and hazardous waste while recovering heat. Municipal solid waste can fuel a turbine or gas engine, with recovered flue gas superheating steam for combined-cycle or cogeneration.
Overview
High-efficiency incineration — safe destruction, recovered energy.
In our high-efficiency systems, municipal solid waste serves as the primary fuel for a turbine or gas engine. The flue gas recovered from the turbine or engine superheats the steam entering the water turbine or the general water supply — giving a combined-cycle plant or cogeneration of heat and power fuelled by waste.
For hazardous waste, incinerator packages are rated for Zone 1 and Zone 2 and compatible with gas groups IIA, IIB and IIC, with flue gas and particles cleaned before release and bottom ash managed safely.
Typical applications
Where it fits
- Municipal solid waste to energy
- Hazardous-waste destruction
- Sludge incineration
- Industrial organic residues
- Combined heat & power
Common challenges
- Waste volumes with no compliant thermal route
- Emissions under strict limits
- Energy wasted instead of recovered
- Hazardous fractions needing safe destruction
Glorinda’s answer
- High-efficiency incineration with energy recovery
- Combined-cycle or cogeneration configuration
- Flue-gas cleaning to meet standards
- Hazardous-area rated packages (Zone 1–2)
Our approach
Destruction, recovery and compliance in one system
Incineration is often presented as a disposal method of last resort. Engineered properly it is a recovery process: the same combustion that destroys hazardous organics releases heat that can drive a turbine or gas engine, and the residue is a fraction of the original volume.
In our high-efficiency configuration, municipal solid waste serves as the primary fuel source for a turbine or gas engine, and the flue gas recovered from that machine superheats the steam entering the water turbine or the general water supply. The plant becomes a combined-cycle or cogeneration asset fuelled by material that previously carried a disposal cost.
For hazardous waste the priorities shift from recovery to containment and compliance. Packages are rated for Zone 1 and Zone 2 and for gas groups IIA, IIB and IIC; flue gas and particulates are treated before release; and bottom ash is handled for safe disposal or reuse. Upstream separation stabilises and sanitises the feed so the combustion process behaves predictably.
- 01
Feasibility
Technical and commercial feasibility, technology evaluation and cost/profitability analysis before capital is committed.
- 02
Engineering
Conceptual, basic and detailed engineering, process packages and specification of the equipment that will actually be bought.
- 03
Delivery
EPC or EPCM delivery, or an Owner’s Engineer role protecting your interest through a contractor’s execution.
- 04
Commissioning
Installation supervision, testing, start-up and the training that lets your team run the plant.
- 05
Support
Operation, troubleshooting, process optimisation, maintenance and spare parts for the life of the asset.
FAQ
Good to know
Can waste really fuel a power plant?
Yes. Municipal solid waste can serve as the primary fuel for a turbine or gas engine, with recovered flue gas superheating steam — delivering combined-cycle power or cogeneration.
How are emissions controlled?
Flue gas and particles are cleaned before release, and hazardous-waste packages meet Zone 1–2 and gas-group IIA/IIB/IIC requirements.
Turn waste into energy.
Share your waste stream and energy goals and we will propose an incineration and recovery configuration.