I-heater yamanzi ye-induction

I-Induction Thermal Fluid Pipeline heater

Izindlela zokushisisa ezivamile, njengama-boilers nemishini yokucindezela eshisayo eshisa amalahle, uphethiloli noma ezinye izinto, ngokuvamile zifika nezithiyo ezifana nokusebenza okuphansi kokushisisa, izindleko eziphezulu, izinqubo zokunakekela eziyinkimbinkimbi, ukungcola, nendawo yokusebenza eyingozi. Ukushisa kwe-induction kwabhekana ngempumelelo nalezo zinkinga. Inezinzuzo ezilandelayo:
-Ukushisa okuphezulu ukusebenza kahle; Yonga amandla amaningi;
-Fast lokushisa ramp-up;
-Ukulawulwa kwesoftware yedijithali kunikeza ukulawula okunembile kwezinga lokushisa kanye nayo yonke inqubo yokushisa;
-Kuthembekile kakhulu;
-Easy ukufakwa kanye nokugcinwa;
-Izindleko eziphansi zokusebenza nokulungisa.

I-HLQ Induction Heating Equipment yakhelwe iPipeline, Vessel, Heat Exchanger, Chemical Reactor kanye neBoiler. Imikhumbi idlulisela ukushisa ezintweni eziwuketshezi ezifana naManzi Ezimboni, Uwoyela, Igesi, Impahla Yokudla kanye Nezinto Zokushisisa Zamakhemikhali. Usayizi Wamandla Okushisisa 2.5KW-100KW yiwo apholile emoyeni. Usayizi wamandla 120KW-600KW yiwo apholile amanzi. Kwabanye esizeni sokushisisa kwe-reactor yezinto zamakhemikhali, Sizohlinzeka isistimu yokushisisa nge-Explosion Proof Configuration kanye ne-Remote Control System.
Lolu hlelo lokushisisa lwe-HLQ luqukethe i-heater yokungeniswa, coil induction, isistimu yokulawula izinga lokushisa, umbhangqwana oshisayo kanye nezinto zokufakelwa. Inkampani yethu ihlinzeka ngohlelo lokufaka nokuthumela. Umsebenzisi angakwazi ukufaka futhi alungise iphutha ngokwakhe. Futhi singanikeza ukufakwa kanye nokugunyazwa endaweni. Isihluthulelo sokukhethwa kwamandla kwemishini yokushisisa uketshezi ukubalwa kwendawo yokushisa nokushisa.

I-HLQ Induction Heating Equipment engu-2.5KW-100KW umoya opholile kanye namanzi angu-120KW-600KW apholisiwe.

I-Energy Efficiency Comparison

Indlela Yokushisa Izimo Power ukusetshenziswa
Ukushisa ukushisa Ukushisa amalitha ayi-10 amanzi aze afike ku-50ºC 0.583kWh
Ukushisa kokumelana Ukushisa amalitha ayi-10 amanzi aze afike ku-50ºC 0.833kWh

Ukuqhathanisa phakathi kokushisisa kokungeniswa kanye namalahle/igesi/ukumelana nokushisisa

izinto Ukushisa ukushisa Ukushisisa ngamalahle Ukushisisa ngegesi Ukushisa kokumelana
Ukusebenza kahle kokushisa 98% 30-65% 80% Ngezansi kwe-80%
Ukukhishwa okungcolile Akukho msindo, akukho uthuli, akukho gesi ephumayo, akukho zinsalela zemfucuza Amalahle amalahle, intuthu, isikhutha, i-sulphur dioxide I-carbon dioxide, i-sulphur dioxide hhayi
Ukungcola (udonga lwamapayipi) Ukungangcolisi Ukuhlambalaza Ukuhlambalaza Ukuhlambalaza
Ukuthambisa kwamanzi Kuya ngekhwalithi yoketshezi Kudingwa Kudingwa Kudingwa
Ukuqina kokushisa njalo Amandla ehla ngo-8% ngonyaka Amandla ehla ngo-8% ngonyaka Amandla ehliswa ngaphezu kuka-20% ngonyaka (ukusetshenziswa kwamandla okuphezulu)
Ukuphepha Ukwehlukaniswa kukagesi namanzi, akukho ukuvuza kukagesi, akukho misebe Ingozi ye-carbon monoxide poisoning Ingozi yobuthi be-carbon monoxide kanye nokuchayeka Ingozi yokuvuza kukagesi, ukushaqeka kukagesi noma umlilo
ukuqina Ngomklamo oyinhloko wokushisisa, impilo yesevisi yeminyaka engama-30 iminyaka 5 I-5 eminyakeni engu-8 Ingxenye yonyaka

Umdwebo

I-Induction Heating Power Calculation

Imingcele edingekayo yezingxenye ezizoshiswa: umthamo wokushisa othize, isisindo, izinga lokushisa lokuqala nokushisa kokuphela, isikhathi sokushisa;

Ifomula yokubala: umthamo wokushisa othize J/(kg*ºC)×umehluko wezinga lokushisaºC×isisindo KG ÷ isikhathi S = amandla W
Isibonelo, ukushisisa uwoyela oshisayo wethani elingu-1 ukusuka ku-20ºC ukuya ku-200ºC phakathi nehora, ukubala kwamandla kungokulandelayo:
Umthamo wokushisa othize: 2100J/(kg*ºC)
Umehluko wezinga lokushisa: 200ºC-20ºC=180ºC
Isisindo: 1ton = 1000kg
Isikhathi: 1 ihora=3600 amasekhondi
okungukuthi 2100 J/ (kg*ºC)×(200ºC -20 ºC)×1000kg ÷3600s=105000W=105kW

Isiphetho
Amandla etiyetha angu-105kW, kodwa amandla angempela avame ukukhuphuka ngo-20% ngenxa yokucabangela ukulahlekelwa ukushisa, okungukuthi, amandla angempela angu-120kW. Kudingeka amasethi amabili esistimu yokushisisa yokungenisa engu-60kW njengenhlanganisela.

 

I-Induction Thermal Fluid Pipeline heater

Izinzuzo zokusebenzisa i- I-Induction Fluid Pipeline heater:

Ukulawulwa okunembile kwezinga lokushisa lokusebenza, izindleko eziphansi zokunakekela kanye nethuba lokushisa noma iluphi uhlobo loketshezi kunoma yiliphi izinga lokushisa nokucindezela ezinye zezinzuzo ezethulwa i-Inductive Electrothermal. I-Induction Heating Generator (noma I-Inductive Heater yoketshezi) ekhiqizwa yi-HLQ.

Kusetshenziswa umgomo wokushisisa kokungenisa kazibuthe, ku-Inductive Heater yokushisa koketshezi kukhiqizwa ezindongeni zokuzungeza kwamashubhu ensimbi engagqwali. Uketshezi olujikeleza kulawa mashubhu lususa lokho kushisa, okusetshenziselwa inqubo.

Lezi zinzuzo, ezihlanganiswe nedizayini ethile yekhasimende ngalinye kanye nezici eziyingqayizivele zokuqina zensimbi engagqwali, zenza I-Inductive Heater yoketshezi ingalungiseki, futhi asikho isidingo sokushintsha noma iyiphi into yokushisisa ngesikhathi sokusebenziseka kwayo. . I-Inductive Heater yoketshezi ivumele amaphrojekthi okushisisa abengasebenzi ngezinye izindlela zikagesi noma cha, futhi amakhulu awo aseyasetshenziswa kakade.

I-Induction Pipeline Heater yoketshezi, naphezu kokusebenzisa amandla kagesi ukukhiqiza ukushisa, ezinhlelweni eziningi zokusebenza izethule njengenketho enenzuzo kakhulu kunezinhlelo zokushisisa ezisebenza ngowoyela kaphethiloli noma igesi yemvelo, ikakhulukazi ngenxa yokungasebenzi kahle okukhona ekushiseni okuvuthayo kwesistimu yezizukulwane. kanye nesidingo sokunakekelwa njalo.

Izinzuzo:

Kafushane, I-Inductive Electrothermal Heater inezinzuzo ezilandelayo:

  • Isistimu isebenza yomile futhi ipholiswe ngokwemvelo.
  • Ukulawula okunembile kwezinga lokushisa lokusebenza.
  • Cishe ukutholakala ngokushesha kokushisa uma unika amandla I-Heater Inductive, ngenxa ye-thermal inertia ephansi kakhulu, eqeda izikhathi zokushisisa ezidingekayo ukuze ezinye izinhlelo zokushisisa zifinyelele izinga lokushisa lombuso.
  • Ukusebenza kahle okuphezulu ngokonga amandla okwalandela.
  • Isici samandla aphezulu (0.96 kuya ku-0.99).
  • Ukusebenza ngamazinga okushisa aphezulu kanye nezingcindezi.
  • Ukuqedwa kwezishintshi zokushisa.
  • Ukuvikeleka okuphelele kokusebenza ngenxa yokuhlukana ngokomzimba phakathi kwe-heater nenethiwekhi kagesi.
  • Izindleko zesondlo cishe azikho.
  • Ukufakwa kwe-modular.
  • Izimpendulo ezisheshayo ekuhlukeni kwezinga lokushisa (i-thermal inertia ephansi).
  • Umehluko wokushisa odongeni - uketshezi oluphansi kakhulu, ukugwema noma yiluphi uhlobo lokuqhekeka noma ukuwohloka koketshezi.
  • Ukunemba nokufana kwezinga lokushisa kulo lonke uketshezi kanye nekhwalithi yenqubo yokugcina izinga lokushisa elingashintshi.
  • Ukuqedwa kwazo zonke izindleko zokulungisa, ukufakwa nezinkontileka ezihlobene uma kuqhathaniswa namabhayela esitimu.
  • Ukuvikeleka okuphelele komsebenzisi kanye nayo yonke inqubo.
  • Zuza isikhala ngenxa yokwakhiwa okuhlangene kwe-Inductive heater.
  • Ukushisa okuqondile koketshezi ngaphandle kokusebenzisa isishintshi sokushisa.
  • Ngenxa yesistimu yokusebenza, i-heater iphikisana nokungcola.
  • Ikhululiwe ekukhiqizeni izinsalela ekushisiseni okuqondile koketshezi olushisayo, ngenxa ye-oxidation encane.
  • Lapho isebenza i-heater inductive ayinamsindo ngokuphelele.
  • Ukulula kanye nezindleko eziphansi zokufaka.