Solid Fuel Combustion Systems
Combustion technology selected based on fuel, emissions, and operating conditions - Stoker (multiple types), BFB, and CFB with combustion air, and fuel distribution
TECHNOLOGIES
Solid Fuel Combustion Systems
Full spectrum of solid fuel combustion technologies, selected based on fuel, emissions, and operating conditions.
PROJECT EXAMPLES
Combustion engineering
project examples
Debottlenecking
Biochar Facility Debottlenecking & Capacity Expansion
A comprehensive pyrolysis yield analysis with heat and mass balance to identify process and equipment constraints and engineer a path for tripling biochar production capacity.
Power Boilers
BFB boiler for high-moisture biomass - South America
Complete BFB boiler design for a biomass facility in South America, handling high-moisture fuels with custom combustion and heat transfer engineering.
THE CPE DIFFERENCE
Combustion is where
CPE started
CPE was founded on combustion and steam generation engineering. The team designs, troubleshoots, and tunes the systems they engineer - closing the loop between design assumptions and field performance.
Core technology expertise
Combustion is CPE's founding discipline. The team designs furnaces, grate systems, BFB combustors, air systems, and fuel feed - not as add-ons, but as the primary practice.
Custom performance models
Proprietary heat and mass balance tools and CFD modeling calibrated to real operating data across stoker, BFB, CFB, and gas/oil-fired systems.
Fuel flexibility engineering
Design and retrofit experience across biomass, bagasse, RDF, coal, natural gas, and fuel oil - including multi-fuel and fuel conversion projects.
Field tuning and commissioning
CPE engineers tune the systems they design. On-site combustion optimization, flue gas analysis, and performance benchmarking close the loop between design and operation.
Have a combustion
question?
Tell us about your boiler or combustion system and we will let you know how CPE can help.
OUR SERVICES
Engineering Depth Across the Project Lifecycle
From initial assessment through construction-ready deliverables - boilers, combustion systems, steam and condensate, emissions control, and energy infrastructure.
