Gas incinerator

The gas burner heats the refractory walls proceeding from the inward of the chamber. The thermal energy is imbibed by the fireclays.

Electric incinerator

The heating elements inside the refractory walls ensure a highly efficient expansion of the temperature throughout the chamber. This resulst in lower energy consumption while heating-up.

• heating up without burner and oxygen

  • low energy consumption
  • temperature can be kept constant in a closed system

• closed combustion chamber

  • no uncontrolled entry of cold air
  • false air inflow reduced by a third

• constant temperature inside

  • sustainable use of temperature
  • improved controllability of the temperature

• broad heating elements in terms of surface area

  • facilitates a constistent thermal development in the combustion chamber
  • ensures an ideal combustion result

State of the Art

• Stand-by mode

  • closed chambersystem
  • temperature is kept constant

• heating up

  • e.g. with domestic electricity or with cost-efficient renewable energies

• cremation

  • heating elements stay off
  • just the filter and the control system require energy

Furnace

20 kWh per cremation

Filter

25 kWh per cremation

Visualizations

State of the Art

• ease of use through automatic control

• plain and simple maintenance and servicing through modular design

• 24 hours service

• long-term guarantee

• maintenance contract

Sustainability

• no unnecessary consumption of fossil energy sources

• low energy consumption

• superb emission values

• sustained utilization of resources

• use of cost-efficient and alternative energy sources low carbon footprint

Low carbon footprint

Vision

independent photovoltaic crematorium