Clean Coffee Team 17 Introduction Context Client Problem - - PowerPoint PPT Presentation
Kirk Brink Chris Greaves Erik Karlson Paul Bootsma Clean Coffee Team 17 Introduction Context Client Problem Progress Initial Method of Attack Obstacles Overcome Final Plan of attack Sensitivity Studies Optimization Sustainability
Team 17
Kirk Brink Chris Greaves Erik Karlson Paul Bootsma
Introduction
Context Client Problem
Progress
Initial Method of Attack Obstacles Overcome Final Plan of attack Sensitivity Studies Optimization Sustainability
Moving Forward
Testing Larger Sizes
Context
Courtesy of makegoodcoffee.com
Coffee Roaster Afterburner
Client
Courtesy of Vortx Kleanair
Problem
Why We Care
Courtesy of NASA Space Place
Initial Method of Attack
Research Model Revise Test
Obstacles
Courtesy of Walmart.com
New Plan of Attack
Incoming Flow Variables Particle Properties Cyclone Tube Geometry Separation Behavior
New Plan of Attack
Incoming Flow Variables Particle Properties Cyclone Tube Geometry Separation Behavior Cyclone Tube Geometry Separation Behavior
Sensitivity Studies
Rx R
Rd
Cyclone Geometry
Courtesy of Gas Cyclones and Swirl Tubes
Base Case
R[m] 0.2794 Rx[m] 0.127 S[m] 0.3937 H[m] 1.314 Hc[m] 0.8128 Rd[m] 0.0762
0% 50% 100% 150% 200% 250% 300% 350% 400%
0% 100% 200% 300%
X 50 Dimension
Cut Diameter Sensitivity Study
R Rx S H Hc b Rd
0% 200% 400% 600% 800% 1000% 1200%
0% 100% 200% 300%
Delta P Dimension
Pressure Loss Sensitivity Study
R Rx S H Hc b Rd
0% 20% 40% 60% 80% 100%
0% 100% 200% 300%
Total Cost Dimension
Cost Sensitivity Study
R Rx S H Hc Rd
Optimization - Cost
R
Rx
S
H
Hc 27% Rd
Base Case Optimized +/- Cost [$] 761.8 399.8
x-50 [µm] 7.5 6.5
dP [Pa] 482 1400 190%
R 0% Rx
S
H 33% Hc 3% Rd 28%
Optimization – Cut Diameter
Base Case Optimized +/- x-50 [µm] 7.5 3.4
Cost [$] 761.8 865.5 14% dP [Pa] 482 1400 190%
R 0% Rx 0% S 0% H 0% Hc 0% Rd 0%
Optimization – Pressure Loss
Base Case Optimized +/- dP [Pa] 482 482 0% Cost [$] 761.8 761.8 0% x-50 [µm] 7.5 7.5 0%
Optimization - Balanced
Base Case Optimized +/- Cost [$] 761.8 667.4
x-50 [µm] 7.5 5.542
dP [Pa] 482 912.6 89% R
Rx 12% S
H
Hc
Rd 0%
Optimization - Balanced
R 0% Rx 40% S 0% H 0% Hc 0% Rd 0% Base Case Optimized +/- Cost [$] 640.3 667.4 15% x-50 [µm] 5.39 5.542 3% dP [Pa] 580.7 912.6 43%
Sustainability
0.02 0.04 0.06 0.08 0.1 0.12 0.14 0.16 50 100 150 200 250 CO2 Emissions [kg] Batch Size [kg]
Carbon Emissions
Sustainability
Courtesy of Toper NK
Arsenic and its components 1 mg/Nm3 Cadmiyum and its components 0.009 g/Nm3 CO 330-1050 mg Flora hydrolik acid and inorganic Florin components 0.85 g/Nm3 lead and its components 0.018 g/Nm3 NO2 Nitrogen Oxide 1100-3500 mg Sulfur dioxide 0.85 g/Nm3
Volatile Organic Compounds
Testing