Spilling - Steam Engine
The Spilling steam engine combines the thermodynamic advantages of a filling-controlled steam reciprocating engine with the design features of the modern diesel engine. A unique construction worldwide making the engine a robust and variable power generator. The advantages of the Spilling steam engine are particularly significant in heat-driven back-pressure cycles or with varying steam flows.
-
Most popular related searches
Product Overview:
The Spilling steam engine combines the thermodynamic advantages of a filling-controlled steam reciprocating engine with the design features of the modern diesel engine. A unique construction worldwide making the engine a robust and variable power generator. The advantages of the Spilling steam engine are particularly significant in heat-driven back-pressure cycles or with varying steam flows.
That makes it ideal for use in plants with smaller to medium outputs, e. g. in
- combined heat power plants (CHP)
- smaller plants that produce electricity from biomass from approx. 2 MW fuel input
- waste heat generation units from approx. 2.5 t/h steam mass flow
- waste incineration plants and thermal afterburning units
The Spilling steam engine is also optimal in combination with saturated steam boilers, as well as steam generators with moderate live steam pressures and temperatures. Here the modular design principle of the reciprocating engine permits the flexible adjustment of the expander to suit a wide range of customer requirements.
Engineered as a single or multi-stage unit, Spilling steam engines can also be adapted optimally to various steam pressure differences. Furthermore, the possibility of separately controlling individual cylinder groups of the engine means that different process steam requirements can be handled using only a single expansion engine.
The outstanding partial load performance of the Spilling steam engine is achieved by the Spilling filling-regulation. This realises the operation over a wide range almost without pressure losses and so guarantees constant efficiency to large extent.
Your Benefits:
- Optimal output yield at full and partial load due to filling-regulation
- Constant efficiency rate over a wide operating range
- Moderate feed water treatment requirements
- Short delivery times due to modular design
- Durable and robust
- Simple to operate
- Maintenance can be performed by own staff
- Deployed in CHP units, the Spilling steam engine ensures a high electricity production due to its optimum efficiency in full and partial load ranges while being tolerant of fluctuating steam conditions
An Overview of the Design Features
- ingle and multi-stage expansion depending on pressure ratio
- Separate control of individual cylinder groups makes it possible to feed steam systems with different consumption levels using only one engine
- Volumetric control with integrated base speed control
- Oil-free steam expansion engine, double-acting in-line engine, crosshead type
- Modular design enables adaptation to widely differing steam mass flow rates and pressure ratios
- Configuration of 1 to 6 cylinders, can be combined with 15 different standardised piston diameters
Services and Accessories
- Generators
- Unit controls
- Sswitchboards
- Steam pressure reducing stations
- Heat exchangers and condensation units
- Equipment for fully automated operation
Technical Data:
- Output: from approx. 100 to 1,200 kW
- Rated speed: 750, 900, 1,000 min–1
- variable rated speeds for the direct drive of compressors etc. are possible
- Inlet pressure: from 4 to approx. 60 barg
- Back pressure: from 0.2 to approx. 15 barg
Customer reviews
No reviews were found for Spilling - Steam Engine. Be the first to review!