Y=7

1. Elementer tek ynl sv faz reaksiyonu srekli ak reaktrlerinde gerekletirilmektedir. A ve B e molar olarak 27C de beslenmektedir. Volumetrik ak hz Ydm3/sveCA0=0.1kmol/m3 dr. Y okul numaranzn son rakamdr. Son rakam sifir olanlar 2 alsn. A+B2C a) \%80 lik dnm iin PFR ve CSTR hacmini bulunuz. HAo=20molkcal,HBo=15molkcalHCo=41molkcal273KdeCpA=CpB=15molKkcalCpC=15molKkcalk=0.01molsdm3300Kde. 2. Elementer geri dnml sv faz reaksiyonu srekli ak reaktrlerinde gerekletirilmektedir. Reaktre inert I ve A beslenmektedir. Volumetrik ak hz 2Ydm3/ dak ve FA0=20mol/dakFI=20 mol/ dak dr Besleme 300K de yaplmaktadr. Y okul numaranzn son rakamdr. AB a. Adyabatik artlarda ulalabilecek denge dnmn hesaplaynz. b. Reaktr ierisine bir 4m2 bir s deitirici yerletirilmesi durumunda ulalabilecek denge dnm nedir? c. Adyabatik alan reaktrden sonra bir s deitirici yerletirilerek scaklk 350K soutulup ikinci reaktre verilirse ikinci reaktrden ktaki ulalacak dnm hesaplaynz. Is deitirici Slcakl sabittir ve 300K dir. HAo=30molkj,HBo=100molkjk=0.1/dakKc=50000300KdeCppA=40J/mol.KCppB=40J/mol.KCpI=15J/mol.KE=50kJ/molU=900J/m2dak 3. AB+C reaksiyonu 50kg katalizrle dolu dolgulu yatak reaktrde gerekletirilmektedir. Saf A 10atm basinta 450K sicaklkta 20dm3/s hacimsel hzla ve ayn artlarda inertde D de 2Y dm3/s hacimsel hizla reaktre girmektedir. Tepkimesi srekli kartrmal tank reaktrde gerekletirilmektedir. Y okul numaranzn son rakamdr. a)zotermal artlarda elde edilecek dnm hesalaynz. b)Adyabatik artlarda elde edilecek dmnm hesaplaynz k=0.133expRE(4501T1)kg.kat.sdm3CpA=40J/mol.K,CpB=25J/molK,CpC=15J/molKHA0=70kj/mol,HB0=50kj/molHC0=40kj/mol CHEMICAL REACTION ENGINEERING HOMEWORK QUESTIONS 2022 1. Elementary one-way liquid phase reaction is carried out in continuous flow reactors. A and Five It is fed molarly at 27C. The volumetric flow rate is Ydm3/s and CA00.1kmol3. Y is the last digit of your school number. Those whose last digit is zero take 2. A+B2C a) Find the volume of PFR and CSTR for 80% conversion. HA=20molkcal,HBo=15molkcalHCo=41molkcal27KKdaCpA=CpB=15mackcalCpc=15molKkcalk=0.01dm2300Kfrom. 2. Elementary reversible liquid phase reaction is carried out in continuous flow reactors. Inert I and A are fed to the reactor. Volumetric flow rate 2Ydm3/min and FA020mol/minFi=20 molmin. Feeding is done at 300K. Y is the last digit of your school number. AB a. Caloulate the equilbrium transformation that can be achieved under adiabatic conditions. b. What is the equilibrium transformation that can be achieved if a 4m2 heat exchanger is placed inside the reactor? c. If a heat exchanger is placed after the adiabatic reactor and the temperature is cooled to 350K and given to the second reactor, calculate the conversion that will be achieved at the exit from the second reactor. heat exchanger Its temperature is corstant and is 300K. HAo=30molkj,HBo=100molkjk=0.1/dakKc=50000CpA=40J/mol.KU=900J/m2dakCpB=40J/mol.KCpI=15J/mol.KE=500KkJthe/mol 3. AB+C reaction is carried out in a packed bed reactor filled with 50kg of catalyst. Pure A enters the reactor with a volumetric velocity of 20dm3/s at a pressure of 10atm at 450K and at a volumetric velocity of 2Ydm3/s in inert D under the same conditions. Reaction in a continuous stired tank reaclor being carried out. Y is the last digit of your school number. a) Caloulate the transfomation to be obtained under isothemal condtions. b) Calculate the transformation to be obtained under adiabatic conditions. k=0.133expRE(4501T1)kgkatsdm3 Cpp=40J/mol.K,CpB=25J/molK,CpC=15J/molK 1. Elementer tek ynl sv faz reaksiyonu srekli ak reaktrlerinde gerekletirilmektedir. A ve B e molar olarak 27C de beslenmektedir. Volumetrik ak hz Ydm3/sveCA0=0.1kmol/m3 dr. Y okul numaranzn son rakamdr. Son rakam sifir olanlar 2 alsn. A+B2C a) \%80 lik dnm iin PFR ve CSTR hacmini bulunuz. HAo=20molkcal,HBo=15molkcalHCo=41molkcal273KdeCpA=CpB=15molKkcalCpC=15molKkcalk=0.01molsdm3300Kde. 2. Elementer geri dnml sv faz reaksiyonu srekli ak reaktrlerinde gerekletirilmektedir. Reaktre inert I ve A beslenmektedir. Volumetrik ak hz 2Ydm3/ dak ve FA0=20mol/dakFI=20 mol/ dak dr Besleme 300K de yaplmaktadr. Y okul numaranzn son rakamdr. AB a. Adyabatik artlarda ulalabilecek denge dnmn hesaplaynz. b. Reaktr ierisine bir 4m2 bir s deitirici yerletirilmesi durumunda ulalabilecek denge dnm nedir? c. Adyabatik alan reaktrden sonra bir s deitirici yerletirilerek scaklk 350K soutulup ikinci reaktre verilirse ikinci reaktrden ktaki ulalacak dnm hesaplaynz. Is deitirici Slcakl sabittir ve 300K dir. HAo=30molkj,HBo=100molkjk=0.1/dakKc=50000300KdeCppA=40J/mol.KCppB=40J/mol.KCpI=15J/mol.KE=50kJ/molU=900J/m2dak 3. AB+C reaksiyonu 50kg katalizrle dolu dolgulu yatak reaktrde gerekletirilmektedir. Saf A 10atm basinta 450K sicaklkta 20dm3/s hacimsel hzla ve ayn artlarda inertde D de 2Y dm3/s hacimsel hizla reaktre girmektedir. Tepkimesi srekli kartrmal tank reaktrde gerekletirilmektedir. Y okul numaranzn son rakamdr. a)zotermal artlarda elde edilecek dnm hesalaynz. b)Adyabatik artlarda elde edilecek dmnm hesaplaynz k=0.133expRE(4501T1)kg.kat.sdm3CpA=40J/mol.K,CpB=25J/molK,CpC=15J/molKHA0=70kj/mol,HB0=50kj/molHC0=40kj/mol CHEMICAL REACTION ENGINEERING HOMEWORK QUESTIONS 2022 1. Elementary one-way liquid phase reaction is carried out in continuous flow reactors. A and Five It is fed molarly at 27C. The volumetric flow rate is Ydm3/s and CA00.1kmol3. Y is the last digit of your school number. Those whose last digit is zero take 2. A+B2C a) Find the volume of PFR and CSTR for 80% conversion. HA=20molkcal,HBo=15molkcalHCo=41molkcal27KKdaCpA=CpB=15mackcalCpc=15molKkcalk=0.01dm2300Kfrom. 2. Elementary reversible liquid phase reaction is carried out in continuous flow reactors. Inert I and A are fed to the reactor. Volumetric flow rate 2Ydm3/min and FA020mol/minFi=20 molmin. Feeding is done at 300K. Y is the last digit of your school number. AB a. Caloulate the equilbrium transformation that can be achieved under adiabatic conditions. b. What is the equilibrium transformation that can be achieved if a 4m2 heat exchanger is placed inside the reactor? c. If a heat exchanger is placed after the adiabatic reactor and the temperature is cooled to 350K and given to the second reactor, calculate the conversion that will be achieved at the exit from the second reactor. heat exchanger Its temperature is corstant and is 300K. HAo=30molkj,HBo=100molkjk=0.1/dakKc=50000CpA=40J/mol.KU=900J/m2dakCpB=40J/mol.KCpI=15J/mol.KE=500KkJthe/mol 3. AB+C reaction is carried out in a packed bed reactor filled with 50kg of catalyst. Pure A enters the reactor with a volumetric velocity of 20dm3/s at a pressure of 10atm at 450K and at a volumetric velocity of 2Ydm3/s in inert D under the same conditions. Reaction in a continuous stired tank reaclor being carried out. Y is the last digit of your school number. a) Caloulate the transfomation to be obtained under isothemal condtions. b) Calculate the transformation to be obtained under adiabatic conditions. k=0.133expRE(4501T1)kgkatsdm3 Cpp=40J/mol.K,CpB=25J/molK,CpC=15J/molK