Combustion Optimization-oriented Spectral Measurement and Field Reconstruction of Furnace Parameters for Power Station Boilers
An analysis was made to the effects of furnace parameters on the efficiency,pollutant emission and service life of a boiler,so as to study the mutual relationship between these parameters and the boiler combustion optimization.A new technology for measurement of furnace parameters based on laser absorption spectrum was described from the aspect of measuring principle and system structure.Taking a 680 MW coal-fired boiler as an example,field measurement and reconstruction of furnace parameters were carried out to the boiler based on laser spectrum.Results show that via this method,measurement and field reconstruction can be completed to multiple furnace parameters,which may serve as visible and effective guidance to optimization of boiler combustion.By adjusting the boiler combustion according to measurement results,the flame can be positioned in the furnace center,which therefore fills the furnace adequately and makes the temperature field evenly distributed.
Different systems act as one of the most promising forms of integration in the urban planning structure. In the process of formation of plans for social and economic development of major cities more often, there is a situation, when the improvement of resources efficiency needs not just a concentration of effort, but also some new and innovative forms of building production organization. It is proposed to establish in Odessa the "Corporate Scientific and Technical Complex of urban planning energy renovation" as an innovative organizational structure which practically uses the accumulated scientific and technical potential for the reconstruction of historic buildings in Odessa in 1820–920 using energy efficiency standards. It is necessary to organize courses in the form of accelerated training for workers of the occupation "master of finishing construction work" specialty "plasterer" for "KNTK GERek" effective functioning.