Components for steam boilers and for the water treatment

Components

• Effective heat recovery and reduction of flue gas losses
• Maximum efficiency gain when using condensing technology
• Fuel savings of up to 7%, or up to 14% when using an additional downstream condensing heat exchanger

Components

• Save up to 1.8% in fuel costs through a higher level of waste heat utilisation
• Easy retrofitting to older systems thanks to a small space requirement and simple piping
• Matched control for safe operation of the boiler and components

Components

• Secure use of condensate in steam boiler systems
• Decreases in energy and water consumption due to reduced quantities of make-up water
• Minimisation of flash steam losses, desalting and blowdown quantities; reduced consumption of chemicals

Components

• Water treatment for steam boiler systems
• Prevention of corrosion in the boiler
• Outstanding deaeration efficiency and reduced consumption of chemicals with WSM-V complete deaeration system

Components

• Fully automatic softening of the fresh water prevents the formation of limescale
• Reliably soft feed water for preventing calcification of the boiler surfaces
• Ensures efficient heat transfer, high efficiency and long service life of the boiler

Components

• For the extraction of the feed water/condensate
• Consumes less power, more convenient to operate
• Speed-controlled version for increased flue gas heat exchanger efficiency

Components

• For the fully-automatic measurement and monitoring of the boiler water quality
• Increase in operating safety thanks to continuous monitoring of the water values
• Automated monitoring with constant measurement of the pH value, oxygen content and conductivity

Components

• For continuous feed water control
• Increased efficiency of flue gas heat exchangers
• Fewer pump circuits

Components

• For cooling blow-down water to the permissible temperature
• Fast and easy assembly, requires just a small number of connections before it can be used
• Rigorous compliance with official requirements thanks to automatic operation

Components

• For the recovery of heat from desalinated water/condensate
• Increase in system efficiency of up to 2%
• Reductions in fuel, cooling water and waste water costs

Components

• For the cooling of blow-down water and the recovery of heat from desalinated water/condensate
• Increase in system efficiency of up to 2%
• Reductions in fuel, cooling water and waste water costs

Components

• For recovering heat from flash steam from thermal water treatment
• Heat recovery and thus efficiency improvement
• Energy produced can be used for additional heating or for transfer to a separate water circuit

Components

• For increased system efficiency and reduced fuel consumption of up to 2%
• Prewarming of the combustion air takes over a small portion of the thermal output of the burner
• Lower investment costs in comparison with conventional solutions, low amortisation time

Components

• For the reliable fuel supply with gas
• Preassembled for fast installation
• Rigorous compliance with official requirements

Components

• For distributing the steam mass flow to the relevant consumers
• Reduction in network loss due to centralised distribution in systems with complex consumer structures
• Savings thanks to centralised operation and maintenance

Components

• For covering short-term peak loads
• Compensates for brief power peaks
• Reduces water entrainment and counteracts its negative effects