Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary...

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Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13 Team 14054 1

Transcript of Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary...

Page 1: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Christopher BoiseEric Cawley

Gideon OladunjoyeJose Paredes

Matthew CrossMegan Guarnieri-Cleary

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Page 2: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

3D Model Dead Volume Calculations BOM Humidification Particle Sedimentation ISO Pressure Requirements Pressure Drop Across

Components Side Stream Block Diagram Check Valve review

Lighting Mechanism Procedure/Test Plan Feedback Loop Main Pump Specs Side Stream Pump Specs LabVIEW Overview Electrical System Electrical Flow Detail Wiring Diagram Week 12 Visions

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Data Collection

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Humidifier- Old Volume- 720.70 cm3

New Volume- 45.23 cm3

Changed number of inlet holes & position 16X Smaller In

Volume

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Collection Chamber- Old Volume- 1,235.58 cm3

New Volume- 189.11 cm3

6.5X Smaller In Volume

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Mainstream- 3/8 OD - 1/4 ID, Without Lung Cast

Dead Volume- 95.56 cm3

Within ISO Standard This test is how ISO defines its standards

Exclusion of Humidifier, collection chamber, Lung Cast

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Mainstream- 1/2 OD – 3/8 ID, Without Lung Cast

Dead Volume- 130.34 cm3

Over ISO Standard This test is how ISO defines its standards

Exclusion of Humidifier, collection chamber, Lung Cast

Small change in tubing size will effect dead volume

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Page 12: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

BOM Item # Part Description Part Number Quality Manufacture

Cos

t (P

er

Un

it)

Qu

anti

ty

Sh

ipp

ing

Cos

t

Tot

al C

ost

(est

)

Note

Ow

ner

Ap

pro

val

Where to Order

1 Chimney Custom Pirex Glass 1CORESTA Specified

2Cambridge Filter

Holder66290 S.S. 44mm 1

CORESTA Specified

3 Impinger CustomOD- 40mm

ID- 5mm Gap- 5mm

1CORESTA Specified

4 Cigaretter Holder 66332Dia-

4.5mm-5.49 mm

1CORESTA Specified

5 Glassware Clamps Custom

Used at The

Glassware Connectio

ns

2

To Ensure The Connection

Between The Glassware

6Chimney Holder

(clamp)2

7Impinger Holder

(Clamp)2

Arista Laboratories1941

Reymet Road Richmond, Virginia 23237 Telephone 804.271.5572 Fax

804.271.5594

33758Opening-

45mmIndigo

InstrumentsVinyl Coated$7.25

Arista Labs $600.00 $0.00 $600.00

$0.00 $29.00

Indigo Instruments 169 Lexington Court,

Unit IWaterloo, ON, N2J 4R9 Phone: (519) 746-4761

Fax: (519) 747-5636 http://www.indigo.co

m

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8 Chimney Stand 1

9 Impinger Stand 1

10 Check Valve 4DHY4 1psi .25 ID $4.97 2 $0.00 $9.84

11 Bronze Bushing CB 814-0812.7 x 22.23 x

25.4mmASB $2.75 2 $0.00 $5.50 Manufacture?

http://asbbearingsonline.com

12 Pulley 348547 6.35 mm Lowes $2.97 4 $0.00 $11.88 Swivel

Lowe's Home Improvement 2350

Marketplace DrRochester

(585) 424-1340 www.lowes.com

13 Cambridge Filters #01002/pack

Diameter 44.5mm

Glass Filter Thickness

2- 4mm

Performance Systematic

Inc.$83.00 1 $15.00 $98.00

CORESTA Specified(125

0 filters per pack)

Performance Systematix Inc.Mr.

Bob Smith5569 33rd Street, SEGrand Rapids, MI 49512

Phone: 616.949.9090Fax:

616.949.5154E-mail: [email protected]

14 LLDPE TubingLLDPE6-Natural

OD- 9.53 mm

Fresh Water Systems

$0.29 15 $0.00 $5.85 FDA

Approved NSF-51 Approved

www.freshwatersystems.com

8FX87Height- 508mm

$13.02 $0.00 $26.04 Grainger

http://www.grainger.com

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15 Gas Bag AS4351 Saran 1.3 L Analytical

Specialties, Inc.

$8.56 1 $15.00 $23.56 None

16On/off Septum

Dual ValveUp4 On/Off

Analytical Specialties,

Inc.$7.05 2 $0.00 $7.05

Fixed at the gas bag inlet. Provides the

ability to open and

close the inlet of the bag as

required

17 Lighter 7821610Proximity

BaseNAPA Auto

Parts$6.09 1 $0.00 $6.09 Car Lighter NAPA Store Rochester

18 Vacuum Pump 4176K1125.5" Hg 1.1 cfm .125 hp

$391.79 1 $8.00 $399.79 Feasibility

19Tubing

(chimney/filter connection)

5733K81ID- 10mm

Tygon$5.38 1 $0.00 $5.38

Connect Chimney and

The Filter

20

Nylon Straight Barbed to Male NPT Threaded

Adapters

2429K168mm Into

.25"$2.08 6 $0.00 $12.48

Enabling Good Tube-

Solenoid Valve

Connection

21Tee Connector

Push-to-Connect5449K136

Tubing: OD 12mm

$7.72 3 $0.00 $23.16 Directing

Flow

22 Tube Clamps 5574K12

Clamp ID Range, 8mm to 16mm

$8.66 1 $0.00 $8.66 Better Solid Connections at The Joints

Analytical Specialties, Inc.734 Ridge Dr.,

P.O.Box 302, Elburn, IL 60134Phone: 630-578-

6731 Fax: 630-578-6947Email:

[email protected]

McMaster- Carr

McMaster-CarrStreet Address200 New

Canton WayRobbinsville, NJ

08691E-Mail:nj.sales@mcmast

er.comSales and Customer

Service:(609) 689-3415(609) 259-8900

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23Clippard Solenoid

ValveMME-2QDS-

W012

1/4" NPT Direct

Acting 2-Way

Solenoid Valve, 12

VDC

Clippard $19.70 3 $0.00 $59.10 Control Flow

Clippard Instrument Laboratory, Inc. - USA 7390 Colerain AvenueCincinnati, OH 45239Toll Free 1.888.787.6046Fax 1.513.521.4464 http://www.clippard.com

24 Rubbermaid Cart RCP9T66BLA2 Shelve

31x 34x 16 in

Rubbermaid $128.40 1 $0.00 $128.40 Obtain From

ME Department

Rubbermaid Wholesale 3980

Broadway Ste. 103-118 Boulder, Toll Free: 866-

RBR-MAID (866-727-6243) CO 80304 Fax:

805-595-2030 http://www.rubberm

aidwholesale.com

25Safety Filter

HolderSKU-501300

47mm Polyproylene Holder

Sterlitech Corp.

$47.54 2 $7.83 $102.91

Provide protection to the solenoid valve and the

pump

26

Safety Filter HolderInlet

cap&Outer base O-ring

SKU-501202 SKU-501208

47mmSterlitech

Corp.$11.89 2 $7.83 $31.61

In order to enable an inlet in the each safty

filter holder

27 Syringe Pump NE-1000 60ccNew Era Pump

Systems, Inc$750.00 1 $0.00 $750.00

High Speed with

programable step fuction

(able to match profile)

New Era Pump Systems, Inc. 138

Toledo Street Farmingdale, NY 11735-6625 Phone: (631) 249-

1392Fax: (707) 248-2089

28 Lung Cast NA NARIT MET

Department$1,400.00 1 $0.00 $1,400.00 Already have RIT MET Department

294” Mini Style 12V

15lbs Linear Actuator

FA-MS-15-12-4”

1 Firgelliauto $61.99 1 $0.00 $61.99 Able to lift Chimney

NA

30

Mounting Bracket for all Mini

Actuators (Pack of 2)

FA-MS MB4 1 Firgelliauto $12.00 1 $0.00 $12.00 None NA

Sterlitech Corporation22027 70th

Avenue SKent, WA 98032-1911 USATel:

877-544-4420 or 1-253-437-0844Fax: 1-253-

[email protected]

om

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Total Cost to P-14054 $838.11 Team is still within the $1,000.00 budget!

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Page 17: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Additional Benchmarking:

CH Technologies Human Puff Profile Smoking Machine No Mainstream Humidification

Cerulean No Mainstream Humidification Humidify Inhaled Air to ISO Standards

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Page 18: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Implications of Humidification Particle growth due to moist air Growth affects placement of particle on the lung cast

Lung Cast Collection Rinsed with Methanol Particle placement disrupted in collection

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Page 20: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Assumptions Incompressible flow Sea level with standard atmosphere Continuous fluid Particles are modeled as spheres Constant and uniform velocity Particles start at the top of the tubing 2-dimensional analysis Ideal flow Constant properties 3/8” Tubing

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Reviewing particle size deposition results

Range of particle diameters

Two sizes chosen

Worst case scenario : 10μm

When measurable deposition begins : 4μm

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Results Summary

ISO Standards : 2 s in between puffs

Tubing Design : 18 in of horizontal tubing

Settling Time Settling Length

10 μm 1.9 s 14.9 in

4 μm11.99 s 94.09 in

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Conclusion

10 μm particles would have a chance to settle 4 μm particles would not have a chance to settle Negligible deposition of particles larger than 3.2 μm Most deposition occurs in particles ranging from 1μm to

0.18 μm

Negligible particle loss due to sedimentation

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System flow resistance should be minimized Pressure drop of flow path shall not exceed 300 Pa

at a test flow rate of 17.5 mL/s. Dirty filter system should not exceed a pressure

drop of more than 250 Pa across.

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Pressure Drop Across:

Flow Rate (SLPM)17.5 ml/s = 1.05L/min) Pressure Drop (Pa)

(6 SLPM ΔP)/ (3 SLPM ΔP)

Pressure Drop Standard Deviation (Pa)

Cambridge Filter

3 -373.3 - -6.40

6 -746.6 2.0 -5.33

Dirty Cambridge Filter*

3 -386.6 - 4.93

6 -799.9 2.1 6.13

Protection Filter

3 -946.6 - 5.87

6 -1879.8 2.0 7.73

Dirty Protection Filter**

3 -1106.6 - 4.27

6 -2319.8 2.1 6.67

Large Impinger

3 -533.3 - 39.33

6 -710.6 1.3 71.86

Large Impinger - Dirty Cambridge Filter - Clean Protection Filter

3 -2026.5 - 12.27

6 -3946.3 1.9 21.06

Small Impinger - Dirty Cambridge Filter - Clean Protection Filter

3 -2119.8 - 6.67

6 -4039.7 1.9 16.53

Small Impinger

3 -466.6 - 33.86

6 -573.3 1.2 45.4612-10-13 Team 14054 28

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Page 30: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

The check valve with the lowest cracking pressure was found to be .17 psi = 1,172 Pa.

Component pressure drop ranges: 400 – 4,000 Pa.

Assessment: Simple check valve system will cause complications.

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Solenoid valve. Valve only needs to fully open and fully close. They are “free”.

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1. Visually inspect system.

a. Check for excessive ash or tarring.

b. Check that all connections are secure.

2. Manually load system.

a. Add cigarette.

b. Add filters.

3. Close door activating door sensor.

4. Power on.

5. System check program.

a. Check if door is closed.

b. Check that valves are in correct positions.

c. Check that fishtail chimney is in raised position via switch.

d. Check that both mainstream and sidestream pumps are operational.

e. Labview checks that nominal flow rates and pressures are achieved before ignition.

6. Record atmosphere conditions.

a. Temperature (~22º C).

b. Relative humidity (60 ± 5%).

c. Atmospheric pressure (~100 kPa).

7. Warm up ignition coil. (~10 seconds)

8. Power on sidestream flow (3 SLPM).

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9. Ignite cigarette via electric coil.

a. Move in.

b. Begin first puff.

c. Stop via set distance (cigarette tip 1 cm from coil)

i. Input length of cigarette in LabVIEW program.

ii. Slidable switch

d. If no response from switch stop program after a determined time.

i. Coil will only be able to smash cigarette in worst case.

e. Move away after determined time.

f. Turn off ignition coil.

10. Lower fishtail chimney to 6mm above horizontal plate.

a. Switch activated at bottom.

11. Puffing continues while LabVIEW corrects flow rates via feedback loops from pressure/flow sensors.

12. End of butt infrared detector activated.

13. Valve cuts off cigarette and opens flow to clean air.

14. Clear dead volume with clean air.

15. Termination of mainstream and sidestream pumps.

16. Raise fishtail chimney.

a. Raising activates switch at top.

17. Indicate that system is clear and environment can be opened.

18. Retrieve cigarette butt and filters.

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1. Clean air enters testing atmosphere via negative pressure from ventilation.

2. Clean air is drawn to fishtail chimney via negative pressure from sidestream flow (3 SLPM)

a. Air is drawn into tip of cigarette via mainstream negative pressure.

i. Oxygen in air is burned for fuel in cigarette.

ii. Air picks up various vapors are smoke particles. (Higher temperature).

iii. Air passes through cigarette butt. (Filters out some larger particles).

iv. Air passes through cigarette holder.

v. Air passes through one of the mainstream collection systems.

1. Collection filter collecting most of the particles. (Pressure drop and restricted flow).

2. Lung cast particle deposition setup consisting of:

a. Through humidification chamber adding moisture.

b. Through lung cast.

c. Exits through multiple exit points on lung cast into tubes.

d. Consolidates with the other flow paths in the collection chamber.

vi. Air passes through equipment protection filters. (Pressure drop and restricted flow).

vii. Air is drawn into syringe pump.

viii. Air is expelled from the syringe pump to exhaust flow path.

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b. Air is continues up fishtail chimney via negative pressure from sidestream flow (3 SLPM)

i. Air mixes with sidestream smoke.

ii. Air converges into a tube.

iii. Air is filtered through main sidestream filter. (Pressure drop and restricted flow).

iv. Air passes through impinger to collect leftover particles. (Pressure drop, restricted flow, bubbling flow).

v. Air passes through secondary filters to “clean” air and protect equipment. (Pressure drop and restricted

flow).

vi. Air is drawn into sidestream pump

c. Air is expelled to ventilation.

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Page 42: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Ideal gas law: P*V = n*R*T

Or: P = ρ*T*R/M

So: ρ = P*M/(R*T)

P = Absolute Pressure V = Volume R = Gas Constant T = Temperature ρ = Density M = Molar Mass

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Page 43: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

For steady state conditions: ṁ1 = ṁ2

Q1*ρ1 = Q2*ρ2

Q1 = Q2*ρ2/ρ1

From previous slide: ρ = P*M/(R*T)

Cigarette System Pump

P2P1

T1 T2

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Page 44: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Model: OEM 570 9.5 x 4.25 x 3 inch in size

Run by step motor 200 steps per revolution

Motor/drive screw ratio: 60/15 16 revolutions per inch on drive screw

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Page 45: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Model: Rocker 300 Oil-free Vacuum pump

Able to maintain 3 L/min flow rate

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Page 46: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Multiple past VI’s

Main goal is to combine Main stream and Side stream programs into a single VI

Clean code, organized with notes

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Front Panel – Set up tab

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Front Panel – Monitoring tab

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Page 49: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Old Machine Setup 22 SPST solid state Relays 1 DPDT solid state Relay High Voltage Power Source

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Preliminary Flow Diagram

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Power System Design

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Signal Flow Diagram

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Preliminary Wire Diagram

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Page 54: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

Combining Main Stream and Side Stream Function Lighting Specifics

Re-design ignition coil holder Wiring

Fishtail Chimney Design Flow feedback loop Ventilation 3D model updates Wiring diagram updates Detailed Bill of Materials Find Rubbermaid cart in ME Department

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Page 55: Christopher Boise Eric Cawley Gideon Oladunjoye Jose Paredes Matthew Cross Megan Guarnieri-Cleary 12-10-13Team 14054 1.

3D Model Dead Volume Calculations BOM Humidification Particle Sedimentation ISO Pressure Requirements Pressure Drop Across

Components Side Stream Block Diagram Check Valve review

Lighting Mechanism Procedure/Test Plan Feedback Loop Main Pump Specs Side Stream Pump Specs LabVIEW Overview Electrical System Electrical Flow Detail Wiring Diagram Week 12 Visions

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