Added(A)/Deleted(D) following Flowsheet file

 A  A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/Abstract_A_Simple_Dehumidification_System.pdf
A  A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/README.txt
A  A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/dehumidification.mo
A  Conversion_Of_N-Butane_To_Isobutane_By_Mr_Neel_Pulin_Modi/Abstract.pdf
A  Conversion_Of_N-Butane_To_Isobutane_By_Mr_Neel_Pulin_Modi/IsobutaneNew.mo
A  Conversion_Of_N-Butane_To_Isobutane_By_Mr_Neel_Pulin_Modi/README.txt
A  Dehydration_Of_Ethanol_Using_Glycerol_As_Entrainer_By_Mr_Neel_Pulin_Modi/Abstract.pdf
A  Dehydration_Of_Ethanol_Using_Glycerol_As_Entrainer_By_Mr_Neel_Pulin_Modi/EthanolDehydrationNew.mo
A  Dehydration_Of_Ethanol_Using_Glycerol_As_Entrainer_By_Mr_Neel_Pulin_Modi/README.txt
A  Effect_Of_Column_Sequence_On_The_Separation_Of_Compounds_By_Mr_Akshay_Kumar_Mehta/Abstract_EffectOfDistillationColumnSequenceOnSeparationOfCompounds.pdf
A  Effect_Of_Column_Sequence_On_The_Separation_Of_Compounds_By_Mr_Akshay_Kumar_Mehta/Flowsheet_EffectOfDistillationColumnSequenceOnSeparationOfCompounds.mo
A  Effect_Of_Column_Sequence_On_The_Separation_Of_Compounds_By_Mr_Akshay_Kumar_Mehta/README.txt
A  Effect_Of_Column_Sequence_On_The_Separation_Of_Compounds_By_Mr_Malapati_Sree_Harsha/AbstractFlowsheet.pdf
A  Effect_Of_Column_Sequence_On_The_Separation_Of_Compounds_By_Mr_Malapati_Sree_Harsha/README.txt
A  Effect_Of_Column_Sequence_On_The_Separation_Of_Compounds_By_Mr_Malapati_Sree_Harsha/flowsheet3.mo
D  Effect_Of_Thermodynamic_Models_On_Separation_Of_Aromatic_Compounds_By_Mr_Amarnath/Abstract.pdf
D  Effect_Of_Thermodynamic_Models_On_Separation_Of_Aromatic_Compounds_By_Mr_Amarnath/SeparationOfBenzene.mo
A  Effect_Of_Thermodynamic_Models_On_Separation_Of_Aromatics_By_Mr_Malapati_Sree_Harsha/Abstract.pdf
A  Effect_Of_Thermodynamic_Models_On_Separation_Of_Aromatics_By_Mr_Malapati_Sree_Harsha/README.txt
A  Effect_Of_Thermodynamic_Models_On_Separation_Of_Aromatics_By_Mr_Malapati_Sree_Harsha/thermodynamic.mo
A  Extractive_Distillation_Of_Thf_And_Ethanol_Using_Ethylene_Glycol_By_Mr_Akshay_Kumar_Mehta/Abstract_ExtractiveDistillationofTHFandEthanol.pdf
A  Extractive_Distillation_Of_Thf_And_Ethanol_Using_Ethylene_Glycol_By_Mr_Akshay_Kumar_Mehta/Flowsheet_extractive_distillation_of_ethylene_glycol.mo
A  Extractive_Distillation_Of_Thf_And_Ethanol_Using_Ethylene_Glycol_By_Mr_Akshay_Kumar_Mehta/README.txt
A  Open_Cycle_Steam_Turbine_By_Mr_Malapati_Sree_Harsha/Abstract.pdf
A  Open_Cycle_Steam_Turbine_By_Mr_Malapati_Sree_Harsha/README.txt
A  Open_Cycle_Steam_Turbine_By_Mr_Malapati_Sree_Harsha/openloopturbine.mo
A  Pressure_Swing_Azeotropic_Distillation_Of_Methanol_And_Acetone_By_Mr_Neel_Pulin_Modi/Abstract.pdf
A  Pressure_Swing_Azeotropic_Distillation_Of_Methanol_And_Acetone_By_Mr_Neel_Pulin_Modi/PSD.mo
A  Pressure_Swing_Azeotropic_Distillation_Of_Methanol_And_Acetone_By_Mr_Neel_Pulin_Modi/README.txt
A  "Pressure_Swing_Distillation_For_Separating_A_Minimum_Boiling_Azeotrope_Of_Ethyl_Acetate_And_Ethanol\t_By_Mr_Neel_Pulin_Modi/Abstract.pdf"
A  "Pressure_Swing_Distillation_For_Separating_A_Minimum_Boiling_Azeotrope_Of_Ethyl_Acetate_And_Ethanol\t_By_Mr_Neel_Pulin_Modi/PSD_EA_EO.mo"
A  "Pressure_Swing_Distillation_For_Separating_A_Minimum_Boiling_Azeotrope_Of_Ethyl_Acetate_And_Ethanol\t_By_Mr_Neel_Pulin_Modi/README.txt"
A  Pressure_Swing_Distillation_Of_Acetonitrile-Water_System_By_Mr_Neel_Pulin_Modi/Abstract.pdf
A  Pressure_Swing_Distillation_Of_Acetonitrile-Water_System_By_Mr_Neel_Pulin_Modi/PSDwithRecycle.mo
A  Pressure_Swing_Distillation_Of_Acetonitrile-Water_System_By_Mr_Neel_Pulin_Modi/README.txt
D  Pressure_Swing_Distillation_Of_Toluene_-_Ethanol_By_Mr_Kaushik_Datta/Abstract.pdf
D  Pressure_Swing_Distillation_Of_Toluene_-_Ethanol_By_Mr_Kaushik_Datta/Flowsheet_PSDEthanol.mo
A  Pressure_Swing_Distillation_Of_Toluene_And_Ethanol_By_Mr_Kaushik_Datta/Abstract_PSD_Toluene_Ethanol.pdf
A  Pressure_Swing_Distillation_Of_Toluene_And_Ethanol_By_Mr_Kaushik_Datta/PSD.mo
A  Pressure_Swing_Distillation_Of_Toluene_And_Ethanol_By_Mr_Kaushik_Datta/README.txt
A  Pressure_Swing_Distillation_System_For_Methylal_methanol_By_Mr_Sandeep_Kumar_Samanta/PSD_Abstract.pdf
A  Pressure_Swing_Distillation_System_For_Methylal_methanol_By_Mr_Sandeep_Kumar_Samanta/PresSwingDist.mo
A  Pressure_Swing_Distillation_System_For_Methylal_methanol_By_Mr_Sandeep_Kumar_Samanta/README.txt
A  Pressure_Swing_Distillation_To_Separate_Isobutyl_Acetate_And_Isobutyl_Alcohol_By_Mr_Akshay_Kumar_Mehta/Abstract_PSD.pdf
A  Pressure_Swing_Distillation_To_Separate_Isobutyl_Acetate_And_Isobutyl_Alcohol_By_Mr_Akshay_Kumar_Mehta/Flowsheet_PSD.mo
A  Pressure_Swing_Distillation_To_Separate_Isobutyl_Acetate_And_Isobutyl_Alcohol_By_Mr_Akshay_Kumar_Mehta/README.txt
A  Pressure_Swing_Of_Thf_And_Water_By_Mr_Avss.praneeth/PS_THF_WATER.mo
A  Pressure_Swing_Of_Thf_And_Water_By_Mr_Avss.praneeth/PS_THF_WATER.pdf
A  Production_Of_Acetic_Acid_By_Mr_Malapati_Sree_Harsha/AceticAcidAbstract.pdf
A  Production_Of_Acetic_Acid_By_Mr_Malapati_Sree_Harsha/README.txt
A  Production_Of_Acetic_Acid_By_Mr_Malapati_Sree_Harsha/aceticacid.mo
A  Production_Of_Acetic_Acid_Using_Acetaldehyde_By_Mr_Sandeep_Kumar_Samanta/Aceticacid.mo
A  Production_Of_Acetic_Acid_Using_Acetaldehyde_By_Mr_Sandeep_Kumar_Samanta/Aceticacid_Abstract.pdf
A  Production_Of_Acetic_Acid_Using_Acetaldehyde_By_Mr_Sandeep_Kumar_Samanta/README.txt
A  Production_Of_Ammonia_By_Mr_Malapati_Sree_Harsha/Ammonia.mo
A  Production_Of_Ammonia_By_Mr_Malapati_Sree_Harsha/AmmoniaAbs.pdf
A  Production_Of_Ammonia_By_Mr_Malapati_Sree_Harsha/README.txt
A  Production_Of_Cumene_From_Benzene_And_Propylene_By_Mr_Neel_Pulin_Modi/Abstract.pdf
A  Production_Of_Cumene_From_Benzene_And_Propylene_By_Mr_Neel_Pulin_Modi/Cumenewithrecycle.mo
A  Production_Of_Cumene_From_Benzene_And_Propylene_By_Mr_Neel_Pulin_Modi/README.txt
A  Production_Of_Diethyl_Ether_From_Ethanol_By_Dehydration_By_Mr_Malapati_Sree_Harsha/Diethyl.mo
A  Production_Of_Diethyl_Ether_From_Ethanol_By_Dehydration_By_Mr_Malapati_Sree_Harsha/README.txt
A  Production_Of_Diethyl_Ether_From_Ethanol_By_Dehydration_By_Mr_Malapati_Sree_Harsha/abstract_diethylether.pdf
A  Production_Of_Dimethyl_Ether_By_Ms_Ayushi_Sinha/Dimethylether_Production_Abstract.pdf
A  Production_Of_Dimethyl_Ether_By_Ms_Ayushi_Sinha/Dimethylether_Production_Flowsheet.mo
A  Production_Of_Dimethyl_Ether_By_Ms_Ayushi_Sinha/README.txt
A  Production_Of_Ethyl_Chloride_From_Ethylene_Involving_Recycle_Stream_By_Mr_Malapati_Sree_Harsha/README.txt
A  Production_Of_Ethyl_Chloride_From_Ethylene_Involving_Recycle_Stream_By_Mr_Malapati_Sree_Harsha/abstract.pdf
A  Production_Of_Ethyl_Chloride_From_Ethylene_Involving_Recycle_Stream_By_Mr_Malapati_Sree_Harsha/ethylchloride.mo
A  Production_Of_Ethylene_Oxide_By_Mr_Malapati_Sree_Harsha/Abstract.pdf
A  Production_Of_Ethylene_Oxide_By_Mr_Malapati_Sree_Harsha/README.txt
A  Production_Of_Ethylene_Oxide_By_Mr_Malapati_Sree_Harsha/ethyleneOxide.mo
A  Production_Of_Methane_From_Carbon_Monoxide_And_Hydrogen_By_Mr_Aradhyula_Venkata_Sri_Surya_Praneeth/Methanation_System.pdf
A  Production_Of_Methane_From_Carbon_Monoxide_And_Hydrogen_By_Mr_Aradhyula_Venkata_Sri_Surya_Praneeth/Methanation_system.mo
A  Production_Of_Methane_From_Carbon_Monoxide_And_Hydrogen_By_Mr_Aradhyula_Venkata_Sri_Surya_Praneeth/README.txt
A  Production_Of_Methanol_By_Mr_Neel_Pulin_Modi/Abstract.pdf
A  Production_Of_Methanol_By_Mr_Neel_Pulin_Modi/README.txt
A  Production_Of_Methanol_By_Mr_Neel_Pulin_Modi/methanolNew.mo
A  Production_Of_P-Xylene_By_Mr_Malapati_Sree_Harsha/Flowsheet_ProductionOfParaxylene.mo
A  Production_Of_P-Xylene_By_Mr_Malapati_Sree_Harsha/README.txt
A  Production_Of_P-Xylene_By_Mr_Malapati_Sree_Harsha/abstract.pdf
A  Production_Of_Vinyl_Chloride_Monomer_Via_Acetylene-Hcl_Reaction_By_Ms_Ayushi_Sinha/README.txt
A  Production_Of_Vinyl_Chloride_Monomer_Via_Acetylene-Hcl_Reaction_By_Ms_Ayushi_Sinha/VinylChloride_Production_Abstract.pdf
A  Production_Of_Vinyl_Chloride_Monomer_Via_Acetylene-Hcl_Reaction_By_Ms_Ayushi_Sinha/VinylChloride_Production_Flowsheet.mo
A  Psd_For_Methanol-Toluene_Separation_Using_Light_Entrainer_Chloroform_By_Mr_Neel_Pulin_Modi/Abstract.pdf
A  Psd_For_Methanol-Toluene_Separation_Using_Light_Entrainer_Chloroform_By_Mr_Neel_Pulin_Modi/MethanolTolueneExtractiveNew.mo
A  Psd_For_Methanol-Toluene_Separation_Using_Light_Entrainer_Chloroform_By_Mr_Neel_Pulin_Modi/README.txt
A  Simulation_Of_Pressure_Swing_Distillation_For_Separation_Of_Ethyl_Acetate-Ethanol-Water_By_Mr_Sarthak_Vaidya/PSD1.mo
A  Simulation_Of_Pressure_Swing_Distillation_For_Separation_Of_Ethyl_Acetate-Ethanol-Water_By_Mr_Sarthak_Vaidya/PSD_abstract.pdf
A  Simulation_Of_Pressure_Swing_Distillation_For_Separation_Of_Ethyl_Acetate-Ethanol-Water_By_Mr_Sarthak_Vaidya/README.txt
A  Synthesis_Of_Methanol_Using_Open_Modelica_By_Mr_Parimal_Patel/MethanolSynthesis.pdf
A  Synthesis_Of_Methanol_Using_Open_Modelica_By_Mr_Parimal_Patel/Methanol_Production.mo

3 files changed, 93 insertions, 0 deletions

diff --git a/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/Abstract_A_Simple_Dehumidification_System.pdf b/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/Abstract_A_Simple_Dehumidification_System.pdf
new file mode 100755
index 0000000..6d5f7f8
--- /dev/null
+++ b/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/Abstract_A_Simple_Dehumidification_System.pdf
diff --git a/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/README.txt b/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/README.txt
new file mode 100755
index 0000000..b602835
--- /dev/null
+++ b/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/README.txt
@@ -0,0 +1,8 @@
+About the flowsheet
+
+Title Of The Flowsheet Project: A Simple De-Humidification System
+Proposar Name: Mr Kaushik Datta
+University: Indian Institute of Technology Bombay
+
+
+OpenModelica Flowsheet Project By FOSSEE, IIT Bombay
diff --git a/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/dehumidification.mo b/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/dehumidification.mo
new file mode 100755
index 0000000..7c1339e
--- /dev/null
+++ b/A_Simple_De-Humidification_System_By_Mr_Kaushik_Datta/dehumidification.mo
@@ -0,0 +1,85 @@
+package dehumidification

+  model flowsheet

+    import data = Simulator.Files.ChemsepDatabase;

+    //instantiation of chemsep database

+    parameter data.Air air;

+    //instantiation of Air

+    parameter data.Water wat;

+    //instantiation of Water

+    parameter Integer Nc = 2;

+    parameter data.GeneralProperties C[Nc] = {air, wat};

+    Simulator.UnitOperations.Cooler cooler1(C = C, Eff = 0.75, Nc = Nc, Pdel = 0) annotation(

+      Placement(visible = true, transformation(origin = {8, 10}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    Simulator.UnitOperations.Valve valve1(C = C, Nc = Nc) annotation(

+      Placement(visible = true, transformation(origin = {178, 30}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    Simulator.Streams.EnergyStream es1 annotation(

+      Placement(visible = true, transformation(origin = {-68, -42}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    Simulator.Streams.EnergyStream es2 annotation(

+      Placement(visible = true, transformation(origin = {-10, -48}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.compres compres1(Nc = Nc, C = C, Eff = 0.75) annotation(

+      Placement(visible = true, transformation(origin = {-56, 10}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.ms ms1(C = C, Nc = Nc) annotation(

+      Placement(visible = true, transformation(origin = {-90, 10}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.ms ms2(C = C, Nc = Nc) annotation(

+      Placement(visible = true, transformation(origin = {-22, 10}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.ms ms3(C = C, Nc = Nc) annotation(

+      Placement(visible = true, transformation(origin = {44, 10}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.ms ms4(C = C, Nc = Nc) annotation(

+      Placement(visible = true, transformation(origin = {130, 30}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.ms ms5(C = C, Nc = Nc) annotation(

+      Placement(visible = true, transformation(origin = {130, 2}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.ms ms6(C = C, Nc = Nc) annotation(

+      Placement(visible = true, transformation(origin = {220, 30}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+    dehumidification.fls fls1(Nc = Nc, C = C,BTdef = true, Tdef=285) annotation(

+      Placement(visible = true, transformation(origin = {84, 10}, extent = {{-10, -10}, {10, 10}}, rotation = 0)));

+  equation

+    connect(fls1.Out2, ms5.In) annotation(

+      Line(points = {{94, 2}, {120, 2}, {120, 2}, {120, 2}}, color = {0, 70, 70}));

+    connect(fls1.Out1, ms4.In) annotation(

+      Line(points = {{94, 18}, {120, 18}, {120, 30}, {120, 30}}, color = {0, 70, 70}));

+    connect(ms3.Out, fls1.In) annotation(

+      Line(points = {{54, 10}, {74, 10}, {74, 10}, {74, 10}}, color = {0, 70, 70}));

+    connect(valve1.Out, ms6.In) annotation(

+      Line(points = {{188, 30}, {212, 30}, {212, 30}, {210, 30}, {210, 30}}, color = {0, 70, 70}));

+    connect(ms4.Out, valve1.In) annotation(

+      Line(points = {{140, 30}, {168, 30}, {168, 30}, {168, 30}}, color = {0, 70, 70}));

+    connect(cooler1.Out, ms3.In) annotation(

+      Line(points = {{18, 10}, {34, 10}, {34, 10}, {34, 10}}, color = {0, 70, 70}));

+    connect(ms2.Out, cooler1.In) annotation(

+      Line(points = {{-12, 10}, {-2, 10}, {-2, 10}, {-2, 10}, {-2, 10}, {-2, 10}}, color = {0, 70, 70}));

+    connect(ms1.Out, compres1.In) annotation(

+      Line(points = {{-80, 10}, {-66, 10}, {-66, 10}, {-66, 10}}, color = {0, 70, 70}));

+    connect(cooler1.En, es2.Out) annotation(

+      Line(points = {{18, 0}, {18, 0}, {18, -48}, {-2, -48}, {-2, -48}, {0, -48}, {0, -48}}, color = {255, 0, 0}));

+    connect(compres1.Out, ms2.Out) annotation(

+      Line(points = {{-46, 10}, {-34, 10}, {-34, 10}, {-14, 10}, {-14, 10}}, color = {0, 70, 70}));

+    connect(compres1.En, es1.In) annotation(

+      Line(points = {{-56, 4}, {-80, 4}, {-80, -42}, {-78, -42}}, color = {255, 0, 0}));

+    ms1.x_pc[1, :] = {0.984, 0.016};

+    ms1.P = 100000;

+    ms1.T = 293;

+    ms1.F_p[1] = 34.73;

+    cooler1.Tout = 293;

+  //  compres1.Tout = 1080.812238;

+    compres1.Pdel = 174961.4233;

+    valve1.Pout = 100000;

+   // compSep.SepVal_c = {34.47, 4.682};

+  end flowsheet;

+

+  model compres

+    extends Simulator.UnitOperations.AdiabaticCompressor;

+    extends Simulator.Files.ThermodynamicPackages.RaoultsLaw;

+  end compres;

+

+  model ms

+    extends Simulator.Streams.MaterialStream;

+    //material stream extended

+    extends Simulator.Files.ThermodynamicPackages.RaoultsLaw;

+    //thermodynamic package Raoults law is extended

+  end ms;

+

+  model fls

+    extends Simulator.UnitOperations.Flash;

+    extends Simulator.Files.ThermodynamicPackages.RaoultsLaw;

+  end fls;

+end dehumidification;