matson green biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/matson.pdf · 2...

16
1 Green Biodiesel Jack V. Matson Professor of Environmental Engineering

Upload: others

Post on 12-Aug-2020

5 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

1

Green BiodieselJack V. MatsonProfessor of Environmental Engineering

Page 2: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

2

Overview

Biodiesel and its importance

Comparison of biodiesel production processes

Current and future research

Page 3: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

3

Biodiesel Production

0

100

200

300

400

500

600

700

800

900

1000

2002 2003 2004 2005 2006

Mill

ion

Gal

lons

per

Yea

r

US ProductionEU Production

Source: European Biodiesel Board, National Biodiesel Board

Page 4: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

4

US Biodiesel Production

Page 5: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

5

Vegetable Oil Feedstocks

CornSoyPalmCottonseedCanolaJatrophaAlgae

Page 6: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

6

Biodiesel Chemistry

• Veg.oil (fatty acids) + m(ethanol) > glycerol + biodiesel• Reactants immiscible – reaction at interface• Liquid catalyst versus solid catalyst• Low pressure/temperature versus high press/temp

Page 7: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

7

Conventional Biodiesel Process

Wastewater

Page 8: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

8

Green Biodiesel Continuous Process Using Solid Catalysts

Feedstocks

(High and Low free fatty acid content)Ethanol

Continuous Transesterification Process

Solid Metal Oxide Catalyst

High QualityBiodiesel

High Quality Glycerol

Page 9: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

9

Conventional vs. Green Comparison

Glycerol, glyceridesCatalyst, soap, water, glycerol, glyceridesImpurities (ASTM)

LongShort (consumed) Catalyst Life

NYCatalyst Mixing Unit

NYDistillation of Glycerol

NYWashing & Wastewater

NYPretreatment of Fatty Acid (waste oils)

10-20 minutes100 minutesConversion Time

ContinuousBatchProcess Type

GreenConventional

Page 10: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

10

Continuous Packed-Bed Reactor

Schematic Diagram of Lab-Scale Reactor

Page 11: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

11

Packed-Bed Reactor Results

20

30

40

50

60

70

80

90

100

0 5 10 15 20 25

Residence time (min)

Biod

iese

l Con

vers

ion

(%)

TiO CaTiO3MnO (20-35 mesh) MnO (+200 mesh)CaCO3

Page 12: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

12

Studies

Rate Constant and Residence Time analysis of catalystsLongevity of Catalysts, RegenerationFeedstock impacts on productCatalytic hydration and hydrogenation

Page 13: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

13

Full Scale Process Diagram

Page 14: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

14

Research and DevelopmentTimeline

Test Catalysts and Reactor Conditions using Bench-scale reactor (4/07 - 10/07)

Design of Commercial Reactor and Pilot Production Facility (6/07 - 1/08)

Construction of Pilot Production Facility (3/08)

Page 15: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

15

Summary

Process accepts all feedstocks w/o pretreatment, producing no wastewater,Pilot plant planned for 2008Patent Applied For: June, 2007Partners to commercialize

Page 16: Matson Green Biodiesel 8 31 07bioenergy.psu.edu/crossover2007/pdf_presentations/Matson.pdf · 2 Overview Biodiesel and its importance Comparison of biodiesel production processes

16