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      • Planning - go to overview
        • Basic data planning and questions planning process - go to overview
        • Questions during planning
        • Basic planning of boiler systems
        • Extended planning of boiler systems
        • Pressure - go to overview
        • Average operating pressure
        • Maximum permissible operating pressure
        • Steam output - go to overview
        • Calculation of consumption
        • Consumption analysis
        • Definition of boiler output
        • Fuel - go to overview
        • Fuel oil
        • Natural gas
        • Criteria for selection between fuel oil and natural gas
        • Further fuels
        • Installation - go to overview
        • Installation room
        • Installation conditions
        • Legislation - go to overview
        • Manufacturing
        • Emissions and immissions
        • Combustion systems
        • Approval
        • Operation
        • Boiler system planning - go to overview
        • Basic Configurator
        • Extended Configurator
      • Failure prevention - go to overview
        • Planning - go to overview
        • Steam output
        • Fuel supply
        • Installation room
        • During installation - go to overview
        • Pipe routing
        • Support
        • During operation - go to overview
        • Monitoring of the water quality
        • Cavitation at pumps
        • Combustion setting
        • Contamination and residues in pipework
        • Bypassing of safety equipment
        • Hazardous work
      • Technology - go to overview
        • Steam - go to overview
        • Steam types
        • Pressure and temperature
        • Enthalpy
        • Advantages and disadvantages of steam systems
        • Boiler - go to overview
        • Types
        • Equipment and control
        • Components - go to overview
        • Combustion and heating
        • Heat maintenance system
        • Economiser
        • Condensing heat exchanger
        • Air preheater
        • Feed water cooler
        • Feed water preheater
        • Super heater
        • Boiler feed pumps
        • Boiler control
        • Boiler Control BCO
        • Compact Steam Boiler Control CSC
        • Boiler house - go to overview
        • Water treatment
        • Water disposal
        • Steam treatment, distribution and storage
        • Condensate management
        • Water quality monitoring
        • System Control SCO
        • Peripherals - go to overview
        • Pipework
        • Steam pipes
        • Water lines
        • Condensate pipes
        • Safety valve blow-off pipe
        • Flue gas system
        • Production - go to overview
        • Optimum boiler construction
        • Correct welding of flame tube and smoke tubes
        • Welding with precision
        • Use of welding robots
        • Fewer weld seams, higher quality
      • Efficiency - go to overview
        • Basics - go to overview
        • Net calorific value, gross calorific value and condensation heat
        • Overview of efficiency measures
        • Efficiency
        • Combustion efficiency
        • Boiler efficiency
        • Degree of utilisation
        • Annual degree of utilisation
        • Analysis of operating costs
        • Increasing combustion efficiency - go to overview
        • Flue gas temperature or flue gas loss
        • Increasing efficiency at the burner system
        • Increasing efficiency on the water and condensate side - go to overview
        • Surface blowdown and bottom blowdown
        • Exhaust vapour
        • Demineralisation
        • Condensate management
        • Increasing efficiency at the boiler and system - go to overview
        • Insulation
        • Control
        • Automatic monitoring
        • Service
        • Process combination - go to overview
        • Combined heat and power
        • Solar heat backup
      • Tools - go to overview
        • Symbols - go to overview
        • Physical symbols
        • Ratios
        • Operators
        • Indices
        • Piping and instrumentation designations
        • Conversion - go to overview
        • Decimal powers
        • Mass
        • Lengths, areas and volumes
        • Pressure
        • Temperature
        • Energy
        • Fuels - go to overview
        • Fuel characteristics
        • Liquid fuels
        • Dew point of flue gases
        • Pinch-point diagrams, boiler system
        • Basic principles of water vapour - go to overview
        • Boiling pressure and temperature
        • Water vapour table
        • Density
        • Steam systems - go to overview
        • Boiler steam output and combustion output
        • Surface blowdown and bottom blowdown
        • Height formula
        • Pipework
        • Identification
        • Heat loss
        • Sound
        • Other - go to overview
        • IP ratings of casings
        • Boiler system planning - go to overview
        • Basic Configurator
        • Extended Configurator
      • Products - go to overview
        • Steam boilers - go to overview
        • ELSB – 3D model
        • CSB – 3D model
        • U-MB – 3D model
        • UL-S – 3D model
        • ZFR – 3D model
        • Hot water boilers - go to overview
        • ELHB – 3D model
        • UT-L – 3D model
        • UT-M – 3D model
        • UT-H – 3D model
        • UT-HZ – 3D model
      • Heating boilers - go to overview
      • Heat recovery systems - go to overview
      • Domestic hot water - go to overview
      • Controls and connectivity - go to overview
      • Components - go to overview
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    • Basic configurator
    • Contacts
    • Extended configurator
    1. Efficiency
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    • Basic configurator
    • Contacts
    • Extended configurator
    Effizienz

    Efficiency

    Basics
    Basics

    The efficient operation of a boiler system not only reduces operating costs but also preserves the environment.

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    Feuerungsseitige Effizienzsteigerung
    Increasing combustion efficiency

    Efficient use of fuel and waste heat.

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    Wasser- und kondensatseitige Effizienzsteigerung
    Increasing efficiency on the water and condensate side

    Optimum water treatment and condensate utilisation.

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    Effizienzsteigerung an Kessel und Anlage
    Increasing efficiency at the boiler and system

    Optimum insulation and control of the system.

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    Prozesskombination
    Process combination

    Integration of combined heat and power generation or solar thermal energy into the overall system.

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