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FLUE GAS TREATMENT Latest Flue Gas Filtration technology designed
for the cremation industry.
www.facultatieve-technologies.com
Switzerland
LocarnoLugano
Scotland
AberdeenSydes BraeWarriston
England
AlfordBarham
BathBedford
BrainteeBramcote
CarlisleCoventryDurham
ExeterHarrogate
HerefordLambeth (London)
MaidstoneMid WarwicksMilton Keynes
MintlynOllerton
Surrey & SussexThree Counties
Wear ValleyWesterleigh
West Norwood (London)
Germany
DresdenFrankfurt
ForstHamelnKoblenz
LahrLuneburg
MemmingenNeubrandenburg
SchmalkaldenWeissenfels
Willich
Italy
DomodossolaIsola St Michel
LivornoParmaPiscinaTorinoVerona
France
Clermont-FerrandHerlies NiceOlonne-sur-Mer ParisPonthierry QuimperStrasbourg Wattrelos
Belgium
BruggeBruxelle (Uccle)HasseltVilvoorde
The Netherlands
AssenAlmeloDierenDen HaagEmmenEnschedeGeleenHeerlenHeezeHelmondKerkradeLeidenRotterdamSchagenTilburgUdenUithoornVelsenVenloVlijmenZoetermeer
Sweden
FalunMoraRackstaUppsalaVaxjo
Monaco
Monaco
Luxembourg
Luxembourg
Spain
Barcelona
FACULTATIEVE TECHNOLOGIESdedicated to the service of our clients
✔ Cremators✔ Filter and mercury abatement systems✔ High Speed Cremulator✔ Ash Transfer Cabinet✔ Specialist installation and commissioning✔ Remote technical support ✔ Service by local Regional Engineers✔ Design Study capabilities
Examples of our European filter installations
PROCESSFlue gases evolving from the combustion of the coffin pass through the post combustion zone and pass directly to the waste heat boiler, where the gases are cooled as they pass through the boiler tubes. To ensure the highest levels of automation, the boiler is fitted with an automated tube cleaning system.
The flue gases enter the boiler at 800/850°C and exit at around 150/170 °C.
This reduction in temperature is necessary to ensure the optimal chemical reaction between the pollutant and chemical reagent “Factivate”.
The reagent is automatically injected into the system, requiring no manual intervention.
If fitted as an option, the main particles will be pre-filtered by cyclonic separation.
The pollutants are adsorbed onto the chemical additive, captured by the filter media by the formation of a filter cake.
The filter system benefits from an automated cleaning cycle, triggered by process conditions. The cleaning process typically operates at the end of each day, transferring the spent product from the filter to the storage drum.
Collected in dedicated drums, the spent reagent is then collected and transported to specialist disposal and recycling centres.
Emergency vent by-pass
FTIII cremator
Space for an additional (future)
cremator
Cyclone (optional supply)
Filtration system designed to accept
an additional (second) cremator
Flue Gas Analyser O2/CO2
(optional supply)
Filter System Control Panel
Waste Flue Gas Boiler - designed
to accept an additional (second)
cremator
Automated reagent dosing station
Spent reagent
Uniquely designed to fit the smallest of locations
FTIII cremator
SCADA Control screens
Example of a cremator installation (type FTII or FTIII cremator) and dedicated filtration system.
Filter installation
A Coffin chargerB CrematorC Analytical PanelD Automatic Process ControlE Waste Flue Gas BoilerF Air Blast CoolerG Emergency bypass damperH Preheat - filter bypass
damper
I ReagentJ Bag FilterK Spent reagentL FGT Isolation damperM ID fanN Chimney
Let us show you how you may benefit from our advice and support.
The installations of Facultatieve Technologies perform to the following:
PG5/2 (04) U.K
27.BIm.SchV Germany
Vlarem II Belgium
NeR The Netherlands
Arrêté du 29 dec 94 & new projects
France
OPAIR Switzerland
and of course with the particular standards of Sweden, Denmark, Italy, Spain, Austria, Portugal and the requirements of the OSPAR agreement for mercury abatement.
High SpeedCremulator FT IIIFT II FT USAFT I
Ash Transfer CabinetMinimaster Maximaster Model 2 Model 3 Model 4/4b Model VP500Filter