Measuring the Biobased Content of Renewable Chemicals and Biofuels
Pat Patodia
Beta Analytic Inc.
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Measuring the Biobased Content of Renewable Chemicals and Biofuels
Pat Patodia Beta Analytic Inc. November 21-23, 2011 2011 Pacific - - PowerPoint PPT Presentation
Measuring the Biobased Content of Renewable Chemicals and Biofuels Measuring the Biobased Content of Renewable Chemicals and Biofuels Pat Patodia Beta Analytic Inc. November 21-23, 2011 2011 Pacific Rim Summit 1 Overview Measuring the
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Measuring the Biobased Content of Renewable Chemicals and Biofuels
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Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
3 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
4 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
5 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
6 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
7 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
STEP 1: Ongoing formation and decay of radiocarbon within the atmosphere
Nitrogen ( 14N ) + cosmic neutrons Radiocarbon (14C) Radiocarbon immediately oxidizes Carbon dioxide (14CO2) The radiocarbon immediately starts to decay (T1/2 = 5730 years)
14N + n 14C 14C Decay 14CO2
“Constant” amount of radiocarbon in the atmosphere as CO2 STEP 2: Radiocarbon is removed from the atmosphere by plants STEP 3: Disequilibrium begins upon “death”
Measuring the Biobased Content of Renewable Chemicals and Biofuels
8 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
9 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
50,000 yrs
If it were 100% petroleum derived If it were 50 % corn-based & 50% petroleum derived Regardless of the percentage of total carbon in the product
Measuring the Biobased Content of Renewable Chemicals and Biofuels
10 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
11 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
12 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
13 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
(Not BioPreferred procurement products)
Measuring the Biobased Content of Renewable Chemicals and Biofuels
14 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Vinçotte OK Biobased (Belgium)
Japan BioPlastics Association BiomassPla
EcoLogo (Canada)
Sustainable Biomaterials Collaborative
ICC Evaluation Service, Inc.
Green Electronics Council EPEAT Program
Measuring the Biobased Content of Renewable Chemicals and Biofuels
15 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
ASTM International
CEN (European Committee for Standardization)
EU-ETS (EU Emission Trading Scheme)
ROCs (Renewable Obligation Program UK)
US EPA (Environmental Protection Agency)
ARB (California Air Resources Board)
TCR (The Climate Registry)
WCI (Western Climate Initiative)
Australia Greenhouse and Energy Reporting
Alternative fuel biomass determination: C14 Dating internationally recognized
Measuring the Biobased Content of Renewable Chemicals and Biofuels
16 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
After the analyses, the manufacturer informed the lab that A, B, & C were all the same product and an error must be present in the result for Product B
ASTM-D6866 determined the biobased content & revealed a quality control issue.
Measuring the Biobased Content of Renewable Chemicals and Biofuels
17 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
“This product contains 50% less petroleum than our previous formulas”
Measuring the Biobased Content of Renewable Chemicals and Biofuels
18 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
If you are doing any kind of product discovery, product market protection, or any purpose that may entail commercial or legal repercussions, we recommend 3-4 analyses per material. If you are submitting materials to the USDA’s BioPreferred Program or
credibility and averaging. If you are doing R&D or product development, generally one measurement is fine. An ASTM-D6866 analysis is routine, but complex – it is a “one off measurement”
Measuring the Biobased Content of Renewable Chemicals and Biofuels
19 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
(respiring carbon within last 10 years)
the total carbon in the product, it must be subtracted out of the “Biobased Content”.
Measuring the Biobased Content of Renewable Chemicals and Biofuels
20 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
21 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Measuring the Biobased Content of Renewable Chemicals and Biofuels
22 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
17025 Accreditation
Measuring the Biobased Content of Renewable Chemicals and Biofuels
23 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
4 accelerator mass spectrometers, 16 chemistry lines]
Measuring the Biobased Content of Renewable Chemicals and Biofuels
24 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
resources
fuel-derived materials
gases)
USDA BioPreferred Voluntary Label for Biobased Products
as % biobased versus % fossil-derived
Measuring the Biobased Content of Renewable Chemicals and Biofuels
25 Background of Biobased Background of ASTM D6866 Use in Product Certification Application of ASTM D6866 Beta Analytic background Conclusion
Pat Patodia Ppatodia@betalabservices.com
Measuring the Biobased Content of Renewable Chemicals and Biofuels
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