SU649925A1 - Waste-heat boller unit - Google Patents
Waste-heat boller unitInfo
- Publication number
- SU649925A1 SU649925A1 SU762416279A SU2416279A SU649925A1 SU 649925 A1 SU649925 A1 SU 649925A1 SU 762416279 A SU762416279 A SU 762416279A SU 2416279 A SU2416279 A SU 2416279A SU 649925 A1 SU649925 A1 SU 649925A1
- Authority
- SU
- USSR - Soviet Union
- Prior art keywords
- water
- heat
- boller
- waste
- unit
- Prior art date
Links
Landscapes
- Control Of Steam Boilers And Waste-Gas Boilers (AREA)
Description
ответственно 18 и 19 к потребител м пара (на чертеже не показаны).responsibly 18 and 19 to steam consumers (not shown in the drawing).
Соединение котлов высокого и низкого давлений к источнику питательной воды выполнено при помощи трубопровода 20, соединенного с чистым отсеком 14 резервуара 2. На трубонроводе 20 установлены насос 21 и экономайзер 22.The connection of high and low pressure boilers to the source of feedwater is carried out by means of a pipeline 20 connected to a clean compartment 14 of the tank 2. A pipeline 21 and an economizer 22 are installed on the pipeline 20.
Утилизируема среда последовательно проходит по трубам 3 через резервуары 1, 2 и экономайзер 22, в которых охлаждаетс , отдава тепло воде.The utilized medium is successively passed through pipes 3 through tanks 1, 2 and economizer 22, in which it is cooled, giving off heat to water.
Питательна вода подаетс насосом 21 через экономайзер 22 в чистый отсек 14 резервуара 2 котла низкого давлени , где часть воды испар етс и вырабатываетс пар низкого давлени , который отводитс к потребителю при помощи трубопровода 19. Оставша с часть воды по трубопроводу 5 насосом 7 подаетс в чистый отсек 0 резервуара / котла высокого давлепи , где котлова вода также частично испар етс и вырабатываетс пар высокого давлени , который отводитс к потребителю при помощи трубопровода 18. При этом часть воды через перепускное отверстие // в перегородке 8 перетекает в соленый отсек 9, п котором дополнительно упариваетс . Из соленого отсека 9 резервуара / котла высокого давлени котлова вода по трубопроводу 4 отводитс в соленый отсек 1 резервуара 2 котла низкого давлени . Количество этой воды регулируетс при поМОП1И клапапа 6. В соленом отсеке 13 резервуара 2 котла низкого давлени вода дополнительно упариваетс как за счет снижени давлени , так п за счет охлаждени труб 3, по которым проходит утилизируема среда. Регулирование солесодержани воды в соленом отсеке 13 производитс при помощи регулируемого клапанаThe feed water is supplied by pump 21 through economizer 22 to the clean compartment 14 of the low pressure boiler tank 2, where part of the water evaporates and low pressure steam is produced, which is discharged to the consumer through pipe 19. The remaining part of the water through pipe 5 is fed to pump 7 compartment 0 of the high-pressure tank / boiler, where the boiler water also partially evaporates and high-pressure steam is produced, which is discharged to the consumer via the pipeline 18. In this case, part of the water through the bypass hole // in regorodke 8 flows into the salt compartment 9, further comprising n uparivaets. From the salt compartment 9 of the high-pressure boiler / boiler, water through line 4 is led to the salt compartment 1 of the low-pressure boiler tank 2. The amount of this water is regulated by the MOP1I valve 6. In the salt compartment 13 of the tank 2 of the low-pressure boiler, water is additionally evaporated both by reducing the pressure and by cooling the pipes 3 through which the medium passes through. The regulation of the salt content of water in the salt compartment 13 is carried out by means of an adjustable valve.
17 отвода солесодержащей воды по трубопроводу 16 в расщиритель /5 продувки. При движении воды последовательно через отсеки 14, 10, 9 и 13 концентраци солей17 removal of salt-containing water through the pipeline 16 to the expander / 5 purge. When water flows successively through compartments 14, 10, 9, and 13, the salt concentration
в воде повыщаетс и достигает максимума в отсеке 13 резервуара 2 котла низкого давлени .in the water rises and reaches a maximum in the compartment 13 of the tank 2 of the low pressure boiler.
Благодар многоступепчатому испарению воды достигаетс сокращение расходаThanks to the multi-stage evaporation of water, a reduction in consumption is achieved.
продувочной воды, а также снижение потерь тепла с продувочпой водой при обесиечении требуемого качества выпариваемого пара в котлах высокого и низкого давлений , то есть повышаетс экономичностьblowing water, as well as reducing heat loss with blowing water when the required quality of the evaporated steam is exhausted in high and low pressure boilers, i.e.
утилизационной котельной установки.recycling boiler installation.
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| SU762416279A SU649925A1 (en) | 1976-11-01 | 1976-11-01 | Waste-heat boller unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| SU762416279A SU649925A1 (en) | 1976-11-01 | 1976-11-01 | Waste-heat boller unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| SU649925A1 true SU649925A1 (en) | 1979-02-28 |
Family
ID=20681379
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| SU762416279A SU649925A1 (en) | 1976-11-01 | 1976-11-01 | Waste-heat boller unit |
Country Status (1)
| Country | Link |
|---|---|
| SU (1) | SU649925A1 (en) |
-
1976
- 1976-11-01 SU SU762416279A patent/SU649925A1/en active
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