SU275072A1 - METHOD OF REGULATING PROCESSES OF GOREPIA AND HEAT EXCHANGE - Google Patents

METHOD OF REGULATING PROCESSES OF GOREPIA AND HEAT EXCHANGE

Info

Publication number
SU275072A1
SU275072A1 SU1120880A SU1120880A SU275072A1 SU 275072 A1 SU275072 A1 SU 275072A1 SU 1120880 A SU1120880 A SU 1120880A SU 1120880 A SU1120880 A SU 1120880A SU 275072 A1 SU275072 A1 SU 275072A1
Authority
SU
USSR - Soviet Union
Prior art keywords
heat exchange
gorepia
regulating processes
regulating
combustion
Prior art date
Application number
SU1120880A
Other languages
Russian (ru)
Original Assignee
Е. Э. Гильце , Л. А. Матвеев
Publication of SU275072A1 publication Critical patent/SU275072A1/en

Links

Description

Изобретение относитс  к области теплоэнергетики и может быть применено дл  парогазовых устаиовок тепловых электростанций, осущ ,ествленных но схеме со сбросом газов от газовой турбины в нарогенератор и с донолнительиым сжиганием топлива в тоике последнего .The invention relates to the field of heat and power engineering and can be applied for steam-gas installation of thermal power plants, implemented in a scheme with discharge of gas from a gas turbine into a narogenerator and with full fuel combustion in the latter.

Известны способы регулировани  процесса теилообмена в поверхност х нагрева парогенератора нутем подачи более холодных газов в верхнюю и нижнюю части тоночной камеры.Methods are known for regulating the heat exchange process in the heating surfaces of the steam generator by supplying cooler gases to the upper and lower parts of the thin chamber.

По известным способам регулировани  процессов горени  и теплообмена в парогеиераторах сжигаютс  только расчетные виды топлива , сравнительно близкие по физическим свойствам . Однако эффективное сжигание топлива с различными физическими свойствами в одиом иарогеиераторе требует широкого диапазона темнератур тоиочного процесса. Кроме того, нри сжигании различных видов топлива в парогенераторе тепловоснри тие отдельных его элементов различно.According to the known methods for regulating the processes of combustion and heat exchange in steam gages, only calculated fuels that are relatively similar in physical properties are burned. However, efficient combustion of fuels with different physical properties in a single arc gaming system requires a wide range of thermal processes. In addition, when different types of fuel are burned in a steam generator, the thermal absorption of its individual elements is different.

По предлагаемому способу с целью обеспечени  онтимального сжигани  различных но физнческим свойствам видов тонлива и нолучени  требуемых расчетных параметров пара в нарогенераторе без необходимости заложени  больших доиолнительных поверхностей нагрева дл  возможности их регулировани  температуру подогрева воздуха регулируют вAccording to the proposed method, in order to ensure optimal burning of various types of tonnage types and obtaining the required design parameters of steam in the narogenerator without the need to install large additional heating surfaces in order to regulate them, the temperature of air heating is adjusted to

зависимости от неооходнмого содержани  кислорода в отработавших газах турбины, подаваемых в гонку парогенератора, и этим вли ют на процесс горени  и теплообмена.dependencies on the low oxygen content in the exhaust gases of the turbine supplied to the steam generator race, and this affects the process of combustion and heat exchange.

По предлагаемому способу также поддерживают посто нное процентное содержание кнслорода в отработавшнх газах турбнны при пзменепи х нагрузки как турбины, так и парогенератора или возможных нарушени х рел имов при эксплуатации парогазовой установки, что необходимо дл  снижени  потерь от недожога . Это дос1игаетс  тем, что температуру подогрева воз:,уха поддержпвают посто иной путем регулированн  расхода тенлоносител , подаваемого в воздухоподогреватель.The proposed method also maintains a constant percentage of the oxygen content in the exhaust gases of the turbine at the load of both the turbine and the steam generator or possible disturbances of the connections during the operation of the combined-cycle plant, which is necessary to reduce losses from incineration. This is achieved by the fact that the temperature of the heater is maintained: the ear is constantly maintained by regulating the flow rate of the tenon carrier supplied to the air preheater.

Па чертеже показана примерна  схема парогазовой установкп дл  осуществлепи  предложеииого способа.Pa the drawing shows an exemplary diagram of the combined-cycle plant for carrying out the proposed method.

Схема содержит парогеператор / с пароперегревателем 2, воздухоподогревателем 5 и вод ным экономайзером 4, воздушпый компрессор 5, камеру сгорани  6, газовую турбииу 7 и электрогенератор 8.The scheme contains a steam heater / with a superheater 2, an air heater 5 and a water economizer 4, an air compressor 5, a combustion chamber 6, a gas turbine 7 and an electric generator 8.

Установка работает следующим образом.The installation works as follows.

Воздух из компрессора 5 направл етс  в воздухоподогреватель 3 п затем в камеру сгораии  6, к которой примыкает устройство 9 дл  подачи топлива. Продукты сгорани  из камеры 6 нанравл ютс  в газовую турбину 7, и отработавшие в турбине газы подаютс  вThe air from the compressor 5 is directed to the air preheater 3 and then to the combustion chamber 6, to which the fuel supply device 9 adjoins. The combustion products from chamber 6 are fed to the gas turbine 7, and the gases that are spent in the turbine are fed to

SU1120880A METHOD OF REGULATING PROCESSES OF GOREPIA AND HEAT EXCHANGE SU275072A1 (en)

Publications (1)

Publication Number Publication Date
SU275072A1 true SU275072A1 (en)

Family

ID=

Similar Documents

Publication Publication Date Title
US4572110A (en) Combined heat recovery and emission control system
RU2003102440A (en) STEAM-GAS POWER INSTALLATION AND METHOD OF ACTION OF SUCH INSTALLATION
RU2009333C1 (en) Combined steam-gas power plant and method of its operation
US11181041B2 (en) Heat recovery steam generator with electrical heater system and method
SU1521284A3 (en) Power plant
RU2661231C1 (en) Method of hydrogen steam overheating at npp
US6820432B2 (en) Method of operating a heat recovery boiler
SU275072A1 (en) METHOD OF REGULATING PROCESSES OF GOREPIA AND HEAT EXCHANGE
TW202122947A (en) Heating method for inhibiting generation of nitrogen oxide performing pretreatment according to the electric heater parameter, the combustor parameter, and the preset workpiece parameter to generate a first pretreatment result
CN1597999A (en) Electricity generating apparatus of comprehensive using rotating furnace gas and waste heat of steam
JPH01203802A (en) Steam production system at high pressure and high temperature level
CN212205692U (en) Device for efficiently generating power by using waste heat steam of converter
JP4186181B2 (en) Cogeneration method and cogeneration system
RU2794404C1 (en) Combined cycle unit of a power plant
RU2801652C1 (en) Method of operation of the combined-cycle plant of the power plant
RU2787627C1 (en) Method for operation of a combined gas and steam unit of a power plant
JPH0323807B2 (en)
Shen et al. Design of Boiler Steam Temperature Control System
RU2799696C1 (en) Combined cycle power plant unit
RU2711260C1 (en) Steam-gas plant
RU2803822C1 (en) Method for operation of the combined-cycle unit of the power plant
RU2416131C1 (en) Control method of power of turbine plant of nuclear station
RU2709783C1 (en) Method of hydrogen heating of feed water to npp
EP3415816B1 (en) A method and a system for extending the load range of a power plant comprising a boiler supplying steam to a steam turbine
RU2707182C1 (en) Method to increase power of double circuit npp by combining with hydrogen cycle