Cremation incinerator TITAN

mortuaryceramic fiberstainless steel

Product overview
The TITAN-model cremation furnaces for human remains are a new-generation design that maximizes the efficiency of the cremation process thanks to top-quality refractory materials and systems for recovering and recirculating heat that would otherwise be lost to the atmosphere.

Configurations and construction

• Available in several configurations: stacked chambers or interconnected chambers
• Exterior finishing: smooth or knurled stainless steel paneling or panel-free design
• Can be equipped with optional features for process automation according to customer needs

Ash and zinc recovery
At the bottom of the combustion chamber are installed two ducts for ash recovery and zinc recovery. Both ducts are accessible through two hatches/doors (one at the front and one on the side) to allow easy removal of ashes and zinc and enable a quick start of a new cremation cycle.

Combustion and emissions control
Gases emitted from the cremation chamber are channeled into a post-combustion chamber which, at temperatures > 900°C, allows oxidation of gases from the primary chamber. This ensures elimination of smoke and unpleasant odors and produces emissions compliant with the most stringent national and European anti-pollution regulations. Furnaces can be equipped, if required, with continuous atmospheric emissions monitoring systems and specialized flue gas treatment systems.

Documentation
Brochure available (product brochure / technical documentation provided by the manufacturer).

Characteristics / technical specifications

• Model name: TITAN
• Post-combustion chamber temperature: > 900°C
• Two recovery ducts installed at base of combustion chamber: ash recovery duct and zinc recovery duct
• Access to recovery ducts: two hatches/doors (front and side)
• Configurations: stacked chambers or interconnected chambers
• Exterior options: smooth stainless steel paneling, knurled stainless steel paneling, or panel-free design
• Optional equipment: process automation, continuous emissions monitoring, flue gas treatment systems
• Design features: refractory-lined construction and heat recovery/recirculation systems to maximize energy efficiency