In­no­va­ti­on from Schmid – the con­trol re­vo­lu­ti­on ad­ap­ti­ve

Re­vo­lu­ti­on ad­ap­ti­ve – au­to­ma­tic de­tec­tion of fu­els and con­trol of the fur­nace

Vi­deo Ger­man Vi­deo Eng­lish Vi­deo French

Chan­ging fu­els – no ma­nu­al re­ad­just­ment of the sys­tem. 

As a ma­nu­fac­tu­rer of ef­fi­ci­ent wood boi­lers, Schmid en­er­gy so­lu­ti­on stri­ves to de­ve­lop sustainab­le en­er­gy so­lu­ti­ons to ope­ra­te hea­ting sys­tems as eco­no­mi­c­al­ly as pos­si­ble.

Over the past three years, a team from Schmid has developed the new Revolution adaptive control system. It enables the automated operation of wood boilers with different fuels.

Chan­ging fu­els in­flu­ence com­bus­ti­on and ef­fi­ci­en­cy

Especially heating networks are often confronted with variable fuel qualities. The season, the current weather, and the availability of biomass all affect the water content and calorific value of the fuel.
affect the water content and calorific value of the fuel. The change from industrial wood to forest wood can account for an increase in water content from 10 % to
60 %. This affects the combustion temperature, fire performance, and combustion behavior on the grate. To ensure that after a fuel change there is still
complete burnout and maximum efficiency can be achieved, the combustion settings must be readjusted.

Au­to­ma­tic tracking of the firing set­tings

The new Revolution adaptive control system detects the fuel quality and regulates the boiler’s set output automatically, without manual intervention. This is done
based on measurement of the fuel water content, the heat output generated, the combustion temperature and the current grate occupancy. A permanently
low residual oxygen content in the flue gas is maintained and thus the target output is always achieved. The flue gas recovery and air distribution are automatically adjusted
and the glow bed is kept constant. This has a positive effect on efficiency, fuel consumption, emissions and wear.

Less ef­fort for ope­ra­tors

Incorrect combustion settings lead to reduced performance, increased emissions and reduced efficiency. This leads to faster wear
of grate and the combustion chamber. Since the times for boiler readjustments cannot usually be planned precisely due to the dependencies of the fuels, the boilers must be adjusted regularly, even at night.
Since the timing of boiler readjustments cannot usually be planned precisely due to the dependence of fuels, the boilers must be monitored regularly by the plant maintenance staff, even at night. Until now, this was the only way to avoid incorrect settings. Revolution adaptive takes over this task. For the operator and the plant maintenance new possibilities arise to ensure the economic efficiency of the plant.
efficiency. The procurement of biomass, the operation of the heating system and the planning of working hours become easier.

Ad­van­ta­ges at a glance

Less ef­fort for ope­ra­tors

• Automatic tracking of target outputs in the event of changing fuel quality
• No Manual intervention to readjust grate movement, air distribution and flue gas recirculation when fuel is changed

Op­ti­mi­zed com­bus­ti­on pro­cess

• Constantly low residual oxygen values and thus higher efficiency of approx. 2.5 % and lower fuel consumption
• Reduced exhaust gas volume at the Stack
• Better part-load performance due to higher combustion temperature
• Optimum combustion conditions and quiet fuel bed and thus low emissions

Gent­le / low-wear sys­tem ope­ra­ti­on

• Optimized flue gas recovery
• Combustion air addition optimally adapted to fuel quality
• Optimum grate occupancy and grate feed