PAPERNOL Recycle Paper to Ethanol UT-Chattanooga Jim Henry 2007.

Slides:



Advertisements
Similar presentations
OHIO ENERGY POLICY PROGRESS & REVIEW UCEAO 6 th Annual Conference Securing Ohio’s Energy and Economic Future THE BEST OF TIMES, THE WORST OF TIMES: ADVANCED.
Advertisements

Alternative Fuels.
GAS FROM GRASS Will an ordinary prairie grass become the next biofuel? CHAPTER 29 BIOFUELS.
Balancing Biomass for Bioenergy and Conserving the Soil Resource Jane Johnson USDA-ARS- North Central Soil Conservation Research Laboratory.
Papernol Technical, Economic and Environmental Aspects of Converting Waste Paper into Ethanol February 26, 2008.
Biofuel.
Lakeview Energy Jim Galvin CEO Agripreneur Conference Kampala April 21 st /22 nd 2015.
PAPERNOL Recycle Paper to Ethanol UT-Chattanooga Jim Henry 2007.
Ethanol Recycle Paper Converting Waste Paper into Ethanol March 28, 2008.
PAPERNOL Recycle Paper to Ethanol UT-Chattanooga Jim Henry 2007.
Ethanol Production from Wastepaper Ben DaltonMarie Labrie Cassia DavisAlex Saputa John OzbekSteve Wild Murat Ozkaya4/15/09.
Ethanol Waste Paper Converting Waste Paper into Ethanol March 28, 2008.
Papernol Technical, Economic and Environmental aspects of converting waste paper into Ethanol February 26, 2008.
Bio-Fuels Project & Industry Introduction Dr. Dawne Martin College of Business July 25, 2012.
Change it before it changes you!. Aims  Understand the term carbon footprint.  Identify some strategies that can reduce the amount of carbon dioxide.
Fossil Fuels vs. Alternative Energy. What is Fossil Fuel? Microorganisms are buried and decay Formed millions to hundreds of millions of years ago Supply.
Biomass By: Christina, Angel, Kathleen, Yscilla, Jasmine.
ENERGY FROM BIOMASS. Biomass Biomass energy is energy produced from burning wood or plant residue, or from organic wastes (manure, dung). Algae is most.
The Transferability of Brazilian Knowledge and Technology Donald Mitchell* World Bank *Lead Economist, Development Prospects Group April 25, 2006.
Biomass Betsy, Chris, Scott, Madeline, and Kari.
The Energy Construct Ben Cipiti May 1, 2008 Mid-Town Brews.
Overview Enacted July 9, 2008 Provides $650 Million in Funding and Tax Credits for Alternative Energy and Conservation Creates Two Funding Streams: –$500.
Economics, Thermodynamics and Biorenewable Resources Dr. Robert Anex Agricultural & Biosystems Engineering Iowa State University June 8, 2004 Workshop.
Biomass Conversion: Biofuels
The Science and Economics of Energy: Learning about Solar Energy.
Use of the Economic Input-Output Life-Cycle Assessment (eiolca) Website By Chris Hendrickson, H. Scott Matthews and Mike Griffin Green Design Institute,
Quiz 1: Road Transport Case Study Evidence A – Fuel taxation, international experience 1. Why should ‘reducing traffic’ be an aim of government, separate.
Energy Group Khoa Nguyen Brian Masters Elena Jaimes Zach Walker Charise Frias.
 Ninth APEC Energy Ministers Meeting (Fukui Japan, 19 June 2010:  “We remain committed to the 2009 Leaders' Declaration to rationalize and phase out.
Global Climate Change & Alternative Energy Research Project BIOMASS By: Sara Ruiz-Miner & Natalie Rodriguez.
Energy and Products from Agricultural Biomass: Prospects and Issues F. Larry Leistritz Donald M. Senechal Nancy M. Hodur Presented at: IAIA 2007 Conference,
ENVIRONMENTAL IMPACT AND ENERGY PRODUCTION: EVALUATION OF BIOCHAR APPLICATION ON TAIWANESE SET-ASIDE LAND Chih-Chun Kung November 2012 Austin, Texas.
AGGREGATE EFFECTS OF EXPANDED BIOFUEL PRODUCTION: Myth & Reality C. Robert Taylor Auburn Ronald D. Lacewell Texas A&M AgriLife.
What is Petroleum? By Jesse Villella Destani Lopez Jennifer Magnotta.
Office of the Chief Economist Office of Energy Policy and New Uses National Agricultural Credit Committee Harry S. Baumes Associate Director Office of.
Corn Ethanol: The Future or not?
Facets of the Bioeconomy Affecting the Small Towns of Iowa Bruce A. Babcock Center for Agricultural and Rural Development Iowa State University
Ethanol: A good replacement for Gasoline? By: Christopher Joyce Jan. 2006
Energy and Agriculture I.Energy types, sources, and uses II.Ag use of energy III.Ag production of energy IV.Outlook.
Biomass Renewable Energy Source Michael Parsons. What is Biomass? Biomass Renewable Energy from Plants and Animals Biomass Renewable Energy from Plants.
Ethanol and Sustainable Agriculture Mike Morris National Center for Appropriate Technology.
Copyright © 2015 Boeing. All rights reserved. Boeing and sustainable aviation biofuel development Richard Mills Strategy Director Boeing UK October 2015.
Carbon footprint By Stephen Brackett. our carbon footprint In the US, we account for 20% of man made greenhouse gas emissions, with less than 5% of the.
Bio-Fuels: Opportunities and Challenges 9 th Annual Farmer Cooperative Conference T. Randall Fortenbery Renk Agribusiness Institute Dept. of Ag and Applied.
Covering Key Aspects  Technical  Environmental  Economic August 8, 2008 EthanolRecycle PaperRecycle.
Alternative Fuel Using Corn to Produce Ethanol. Diminishing Supplies of Fossil Fuels Estimated reserve of fossil fuels 70 – 105 years of fossil fuel reserves.
By: Caroline and Lucas. BIOMASS- DEFINITION  Energy. organic matter, especially plant matter, that can be converted to fuel and is therefore regarded.
Slide 1 Economics of Biodiesel and the Impact on Commodities Allan Gray, Purdue University Center for Food and Agricultural Business.
The Brazilian Ethanol Program Lessons Learned and Perspectives Presentation to: Latin America 2007 Texas A&M University Renato T Bertani Thompson & Knight.
Ethanol Fuel (Corn, Sugarcane, Switchgrass) Blake Liebling.
Biofuels CENV 110. Topics The Technology Current status around the world – Supply and trends in production Impact Benefits Costs – Carbon balance – Net.
Fueling America for 2009 and beyond. State of the Union? In his 2006 State of the Union speech, President George W. Bush called for U.S. citizens to cure.
Green Fields or Green Energy R140 | G214 | B0R58 | G117 | B196R0 | G38 | B73 If the title contains only one line a carriage return must be added so as.
Renewable or Nonrenewable?
LAND USE, LIVELIHOODS AND BIOENERGY: A FARMER PERSPECTIVE
Intended Benefits vs. Unintended Consequences
The triple bottom line: planet, people, profit
United Nations Industrial Development Organization
Chad Hart & Bruce Babcock
Ethanol ETHANOL IS A RENEWABLE, DOMESTICALLY PRODUCED ALCOHOL FUEL MADE FROM PLANT MATERIAL, SUCH AS CORN, SUGAR CANE, OR GRASSES.
Wednesday, 14 November 2018 L.O: To know about different types of alternative fuels and to understand the advantages and disadvantages of using these fuels.
H. Dennis Spriggs, Benjamin J. Brant, Daniel L. Rudnick
Annette Dunlap, MBA Extension Associate NC State University
Increasing Environmental Efficiency of Crossville’s Fleet
Corn Economics Corn Production School February 7, 2006 Mike Duffy
Economics of Biodiesel and the Impact on Commodities
Progress Presentation on: Production Cost Analysis By
Papernol Technical, Economic and Environmental Aspects of Converting Waste Paper into Ethanol February 26, 2008.
Papernol Technical, Economic and Environmental Aspects of Converting Waste Paper into Ethanol February 26, 2008.
Presentation transcript:

PAPERNOL Recycle Paper to Ethanol UT-Chattanooga Jim Henry 2007

UT-Chattanooga 2007 Aquila Hughley Blake Nida Jennifer Johnson Jimmy Grant PAPERNOL The Team

Economics Environmental Issues Ethical Issues Social Issues Political Issues Contemporary Issues Multi-scale processing Design Aspects

1.Multi-scale processing 2.Contemporary Issues 3.Political Issues 4.Social Issues 5.Ethical Issues 6.Environmental Issues 7.Economics 8.Student Responses This Presentation

Benefits of Ethanol from Waste Paper Reduce need for Petroleum Oil Take less energy to produce versus other types of Ethanol Reduce the amount of wastes in landfills Reduce CO 2 release Expand Orange Grove Centers 8. Student Words Results

Multi-scale Contemporary Issues Political Issues Social Issues Ethical Issues Environmental Issues Economics 8. Student Survey Results For 6 aspects of the project

“Before the Papernol project, I had awareness of CONTEMPORARY issues in chemical engineering design.” 4 – Extremely True 3 – Somewhat True 2 – Not Much Not 1 – Not true at all 8. Student Survey Results

Multi-scale Contemporary Issues Political Issues Social Issues Ethical Issues Environmental Issues Economics 8. Student Survey Results BeforeAfter Extremely True 3 -- Somewhat True

BeforeAfter Multi-scale Contemporary Issues Political Issues Social Issues Ethical Issues Environmental Issues Economics 8. Student Survey Results 4 -- Extremely True 3 -- Somewhat True

1. The (Multi-Scale) Process

2. Contemporary Issues Ethanol for Fuel Replacement Corn or Switchgrass Feedstock (Pimentel’s arguments) Food Prices Ethanol Transportation

3. Political Issues Imported oil Subsidies for crops

4. Social Issues Orange Grove Centers Chattanooga’s public paper recycling facility employs over 100 developmentally disabled citizens

4. Social Issues Orange Grove Centers Chattanooga’s public paper recycling facility employs over 100 developmentally disabled citizens Our charge is to mesh our process with that facility’s capacity AND design the process to be operated by developmentally disabled citizens

5. Ethical Issues Pollution Farming Employment displacement

6. Environmental Issues Carbon footprint Landfill demand reduced Captured CO 2 for sales

7. Economics Capital Investment: $3,000,000 Annual Operating: 600,000 Annual Revenue: 1,200,000 Annual Profit: 600,000 Return on Investment: 20%

BeforeAfter Multi-scale Contemporary Issues Political Issues Social Issues Ethical Issues Environmental Issues Economics 8. Student Survey Results

PAPERNOL successfully promoted student awareness of “softer,” non-technical aspects in engineering design Conclusion

UT-Chattanooga 2007 Jimmy Blake Jennifer Aquila Grant NidaJohnsonHughley PAPERNOL The Team

Future A design-and-build lab-scale project is underway this year It is sized to mesh with our unit-ops distillation column