Boiler solutions for cost effective steam generation
Energy efficient and clean provision of steam in conjunction with high levels of operational safety and system reliability are essential requirements for production facilities and industrial plants. In order to design boiler house concepts appropriate for the task in hand, individual requirements must first be established so that tailor-made system solutions can be developed. This requires expert advice, a comprehensive range of services and steam boilers with characteristics that allow cost effective and future proof steam generation.
Due to their design and configuration, ZBG industrial/commercial boilers are best placed to meet individual customer requirements in a broad range of applications. Thanks to certain design features particular to the ZBG boilers, as well as our extensive experience in building large industrial/commercial boilers, we are able to ensure outstanding quality, high levels of operational reliability and a long service life.
Experts from our industrial boiler team cooperate with their local partners in developing economical and future proof solutions based on your individual plans. Design in accordance with the Pressure Equipment Directive and country-specific regulations takes into account all requirements and safety regulations for every piece of equipment from the initial concept through to commissioning.
The comprehensive product range from ZBG includes low pressure and high pressure steam boilers
,as well as waste heat boilers. The flame tube/smoke tube design with low combustion chamber loading, the internal water-cooled reversing chambers and the water-cooled burner opening without refractory linings ensure clean combustion of oil and gas with all conventional, commercially available, advanced burner systems. The design selected for you, into which a number of patents and components with design protection have been integrated, guarantees the highest level of efficiency at all times.
ZBG industrial/commercial boiler technology means perfectly coordinated system design. This includes:
Control and monitoring systems
Instrumentation & control technology
Combustion systems with fuel supply
Feed water tank with thermal deaeration
Pipeline systems and flue systems
Heat recovery systems