Specialized Thermal Engineering for Fired Equipment, WHRUs & Process Heat Recovery
FurnicoHeat supports EPC contractors, equipment fabricators, OEMs, and industrial plant owners with specialist engineering for fired heaters, waste heat recovery systems, combustion equipment, flares, incinerators, thermal oxidizers, and high-temperature process packages.
Our work covers bid-stage support, feasibility studies, thermal and process design, mechanical coordination, performance review, troubleshooting, revamp studies, and shop-drawing support.
Core Expertise
• Fired heaters and reformers
• Waste Heat Recovery Units, WHRUs
• HRSGs, steam generation, economizers, and boiler packages
• Air preheaters and heat recovery systems
• Flares, incinerators, and thermal oxidizers
• Combustion systems and burner-related engineering
• Heat exchangers and air-cooled heat exchangers
• High-temperature process and utility packages
How We Support You
• Bid-stage design and proposal support
• Conceptual and feasibility studies
• Thermal and process calculations
• Equipment sizing and datasheets
• Mechanical design coordination
• Performance evaluation and troubleshooting
• Revamp and optimization studies
• Vendor document review
• Shop-drawing and fabrication support
• Technical training and engineering workshops
Fired Heaters & Reformers
We support fired heater and reformer projects from early design and bid preparation to detailed engineering and revamp studies.
Our services include heater duty review, heat balance, thermal rating, coil and convection section review, burner and combustion review, draft system evaluation, efficiency improvement, APH integration studies, and troubleshooting of operating problems.
Typical applications include refinery heaters, petrochemical heaters, steam methane reformers, process furnaces, and high-temperature fired equipment.
Waste Heat Recovery & Steam Generation
FurnicoHeat helps clients evaluate and design practical waste heat recovery solutions for industrial plants.
We support WHRU, HRSG, economizer, air preheater, steam generation, and heat recovery feasibility studies. Our focus is to identify recoverable heat, estimate useful steam or hot air generation, review pinch and approach limitations, check operating risks, and prepare a realistic technical basis for investment or bidding.
Flares, Incinerators & Thermal Oxidizers
We provide engineering support for flare systems, incinerators, thermal oxidizers, and combustion-based emission control packages.
Our scope may include process review, combustion and residence time checks, thermal design support, equipment sizing, burner arrangement review, refractory-related coordination, emission-related design support, and technical proposal preparation.
Performance Review, Troubleshooting & Revamp
Many fired and thermal systems lose efficiency or capacity over time because of fouling, poor excess air control, draft issues, damaged internals, weak heat recovery, burner problems, or operating changes.
We help plant owners review existing equipment, identify practical improvement actions, and prepare revamp concepts to reduce fuel consumption, increase capacity, recover more heat, improve reliability, and reduce emissions.
EPC, OEM & Fabricator Support
For EPCs, OEMs, and fabricators, FurnicoHeat acts as a specialist engineering extension when fired equipment or heat recovery knowledge is needed.
We help improve proposal quality, reduce technical uncertainty, prepare bid-stage deliverables, review vendor documents, coordinate thermal and mechanical requirements, and support shop-drawing and fabrication activities.
Engineering Standards
Depending on the project scope, our work may refer to internationally recognized standards and practices, including:
• API 560 — Fired Heaters
• API 530 — Heater Tube Thickness Calculation
• API 535 — Burners for Fired Heaters
• API 556 — Instrumentation and Control for Fired Heaters
• API 537 — Flare Details
• API 534 — Heat Recovery Steam Generators
• ASME Section I — Power Boilers
• ASME Section VIII — Pressure Vessels
• TEMA / API 660 — Shell and Tube Heat Exchangers
• API 661 — Air-Cooled Heat Exchangers
Technical Training
We also provide technical training for engineers and plant teams in selected areas:
• Direct fired heater design
• Fired heater operation and troubleshooting
• Waste heat recovery and HRSG fundamentals
• Combustion, burners, and excess air control
• Thermal oxidizers and incinerators
• Heat transfer and energy optimization in industrial plants
Request a Technical Discussion
If you are working on a fired heater, WHRU, flare, incinerator, thermal oxidizer, heat recovery system, or high-temperature process package, send us the basic process data and project objective. We can help you define the right engineering path before major cost is committed.
For project inquiries, please contact us through the homepage contact form: Contact FurnicoHeat