Question

3D Model

The scope includes making a 3D model as per the below sketch and heat exchanger inlet

nozzle along with cavity before the heat exchanger tubes shall be modelled.

881mm

10" Pipe

Effect of position & Inclination angle of chemical injection quill

Outlet

10 Elbow

10" X 8" Reducer

1/4" Quill Injection

Ethyl Acetate

3363mm

Injection Quill shall be as below;

8" Pipe

Nozzle of heat exchanger and cavity inside heat exchanger

before the tube shall be modelled

Styrene Inlet

Note: Dimensions are from Center of elbow to edge of nice

Ethyl Acetate Inlet with 3 options

1. Quill dispersion Angle at 45deg.

2. Quill dispersion Angle at 60deg.

3. Quill dispersion Angle at 30deg.

The Objective is to check which angle

has maximum coverage of ethyl

acetate at outlet/n3D Model

The scope includes making a 3D model as per the below sketch and heat exchanger inlet

nozzle along with cavity before the heat exchanger tubes shall be modelled.

881mm

10" Pipe

Effect of position & Inclination angle of chemical injection quill

Outlet

10 Elbow

10" X 8" Reducer

1/4" Quill Injection

Ethyl Acetate

3363mm

Injection Quill shall be as below;

8" Pipe

Nozzle of heat exchanger and cavity inside heat exchanger

before the tube shall be modelled

Styrene Inlet

Note: Dimensions are from Center of elbow to edge of nice

Ethyl Acetate Inlet with 3 options

1. Quill dispersion Angle at 45deg.

2. Quill dispersion Angle at 60deg.

3. Quill dispersion Angle at 30deg.

The Objective is to check which angle

has maximum coverage of ethyl

acetate at outlet/n3D Model

The scope includes making a 3D model as per the below sketch and heat exchanger inlet

nozzle along with cavity before the heat exchanger tubes shall be modelled.

881mm

10" Pipe

Effect of position & Inclination angle of chemical injection quill

Outlet

10 Elbow

10" X 8" Reducer

1/4" Quill Injection

Ethyl Acetate

3363mm

Injection Quill shall be as below;

8" Pipe

Nozzle of heat exchanger and cavity inside heat exchanger

before the tube shall be modelled

Styrene Inlet

Note: Dimensions are from Center of elbow to edge of nice

Ethyl Acetate Inlet with 3 options

1. Quill dispersion Angle at 45deg.

2. Quill dispersion Angle at 60deg.

3. Quill dispersion Angle at 30deg.

The Objective is to check which angle

has maximum coverage of ethyl

acetate at outlet/n3D Model

The scope includes making a 3D model as per the below sketch and heat exchanger inlet

nozzle along with cavity before the heat exchanger tubes shall be modelled.

881mm

10" Pipe

Effect of position & Inclination angle of chemical injection quill

Outlet

10 Elbow

10" X 8" Reducer

1/4" Quill Injection

Ethyl Acetate

3363mm

Injection Quill shall be as below;

8" Pipe

Nozzle of heat exchanger and cavity inside heat exchanger

before the tube shall be modelled

Styrene Inlet

Note: Dimensions are from Center of elbow to edge of nice

Ethyl Acetate Inlet with 3 options

1. Quill dispersion Angle at 45deg.

2. Quill dispersion Angle at 60deg.

3. Quill dispersion Angle at 30deg.

The Objective is to check which angle

has maximum coverage of ethyl

acetate at outlet

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