Specialist Boiler

DP Specialist boilers are customized products which are specifically designed to combust complex or difficult fuels. The ‘high pressure high temperature’ boiler technology is manufactured with the most appropriate materials and supplementary systems to cater for the most difficult fuels. Whether it is municipal waste or the lignin byproduct from 2G ethanol production, DP Specialist boilers are specifically designed to reach or even exceed the required performance levels from a chosen fuel, or from several, given fuel types.

As with all DP’s boiler products, the starting point for optimizing the performance is a profound knowledge of the fuel characteristics. Such characteristics will impact the design of the Fuel feeding system; the combustion grate, furnace height and specific boiler parameters. DP’s expertise in fuel analysis is a key aspect of our total solution approach.

DP Specialist boilers can cater for more than one type of feedstock, or for different modes of the same biomass. With every aspect of the DP Specialist Boilers expressly designed to get the most out of a particular fuel situation and to meet customer output requirements, the inherent challenges and problems can be addressed at the outset, and then minimized in the design. This allows overall plant performance and efficiency to remain high, and reliably consistent.

Benefits Advantages and Benefits

Engineering Specialist Boiler

DP CleanTech biomass conversion boiler system
Grate modifications
Grate modifications to improve burnout of low quality fuel, and reduce the carbon content of residue, thereby increasing boiler efficiency
Feeding system
Specially designed feeding system for efficient handling of complex fuel types
Corrosion resistant materials
Grate modifications to improve burnout of low quality fuel, and reduce the carbon content of residue, thereby increasing boiler efficiency
Flue gas cleaning
Integrated flue gas cleaning technology for reduced NOx emissions

Designed Performance Parameters (30MW power plant solution)

Main Steam Flow Main Steam Pressure Main Steam Temperature Feed Water Temperature Fuel Consumption
62 t/h 60 bar 420oC 120oC 20.83 tph
Main Steam Flow 62 t/h
Main Steam Pressure 60 bar
Main Steam Temperature 420oC
Feed Water Temperature 120oC
Fuel Consumption 20.83 tph

Integrated NOx Reduction Technology with optional SNCR system

Boiler Size Biomass Solution Type Emission
130tph Typical Biomass Solution 300mg/M3
DP Solution 200mg/M3 (EU standard)
DP Solution + SNCR 100mg/M3 (National China Standard)
Boiler Size 130tph
Biomass Solution Type Typical Biomass Solution
DP Solution
DP Solution + SNCR
Emission 300mg/M3
200mg/M3 (EU standard)
100mg/M3 (National China Standard)

Project Reference

Region Fuel & water resources PDF Detail
Kolding, Denmark
Municipal Solid Waste
Bornholm Island, Denmark
Municipal Solid Waste
Sundsvall, Sweden
Municipal Solid Waste
Linköping, Denmark
Municipal Solid Waste
Nykøbing Falster, Denmark
Municipal Solid Waste
Haraldrud, Norway
Waste wood
Eksjö, Sweden
Municipal Solid Waste
Strängnäs, Sweden
Municipal Solid Waste
ICDI Charleroi, Belgium
Municipal Solid Waste
FASAN IV, Denmark
Municipal Solid Waste
Finspaang, Sweden
Municipal Solid Waste
Reppie,Addis Ababa, Ethiopia
Municipal Solid Waste
Asea One PowerAklan, Philippines
Mixed Fuel