CFI Systems develops complete thermal systems and supports their full lifecycle — from cremation and incineration to thermal cleaning, pyrolysis, precious-metal recovery, flue-gas treatment and energy recovery.
CFI Systems brings several equipment families under the same engineering logic: understand the material to be treated, control the thermal process, manage the flue gases and deliver an installation that is operable, maintainable and ready to evolve.
Engineering of new gas, hybrid or electric cremation systems, together with modernisation of existing installations, integrating the thermal process, control system, flue-gas treatment and peripheral equipment.
Thermal solutions for industrial, healthcare and infectious clinical waste, with static or rotary architectures and the option of mobile or containerised configurations.
Furnaces for thermal cleaning of parts, tooling, windings and metal components, with controlled cycles and treatment of gases generated by resins, paints and coatings.
Systems for controlled thermal decomposition of materials and residues, engineered around the product, process safety, generated gases and treatment objectives.
Thermal calcination and pyrolytic treatment systems for production waste and residues containing precious metals, with close control of particulate carry-over and emissions.
Combustion and post-combustion packages for industrial thermal processes, integrating chambers, burners, combustion air, control and safety functions.
Dry or wet treatment lines integrating gas cooling, reagent injection, filtration, extraction and control of temperatures, pressure losses and emissions.
Recovery of flue-gas energy as hot water, steam or thermal fluid, integrated with the process and the energy needs of the site.
CFI Systems can deliver a complete installation or a targeted technical package. Engineering connects process, mechanical design, refractory, combustion, flue-gas treatment, electrical systems and automation.
Furnace performance depends as much on its thermal chamber as on its interfaces: air, burners or electric heating, afterburning, cooling, filtration, extraction, instrumentation and control sequences.
Material, capacity, cycles, site, regulation and operating objectives.
Process, drawings, interfaces, instrumentation, safety and control philosophy.
Equipment fabrication, package integration and preparation for testing.
Installation, testing, tuning, training and performance ramp-up.
Value is created after commissioning as well as before it: diagnose, modernise, maintain, train and secure the availability of critical components.
Site preparation, package integration, functional testing, process tuning and support through ramp-up.
Operator and maintenance training, sequence understanding, safety and operating best practices.
Preventive work, diagnosis, outage preparation, troubleshooting and operational condition strategy.
Installed-base audit and upgrades to combustion, filtration, controls, electrical systems and energy performance.
Remote or on-site support for process, automation, filtration, ducting and equipment-interface issues.
Identification, sourcing and supply of spare parts and critical components matched to the installation configuration.
Real performance is won or lost at the interfaces. CFI Systems works across the complete chain so that a local improvement does not create a problem elsewhere in the installation.
The objective is not to force a catalogue solution. It is to select the architecture that fits the material, the site, the regulatory environment, the budget and the way the installation will actually be operated.
CFI Systems combines process engineering, operating experience, technical integration and post-commissioning support to keep a coherent view of the complete installation.
Capacity, material, site constraints and target result before choosing the technology.
Complete equipment, flue-gas package, heat recovery, automation or targeted retrofit.
Lower consumption, heat recovery, electrification or hybridisation where the project supports it.
Access, cleaning, wear parts, diagnosis and service continuity considered from the design stage.
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