Biotransformation of agricultural waste and by-products : the food, feed, fibre, fuel (4f) economy 1

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Biotransformation of Agricultural Waste and By-Products

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7�2�5 Substrates

7�3 Solid-State Fermentation

7�3�1 Biotechnological

7�3�2

7�3�5 Substrates

7�4 Solid-State Fermentation Versus Submerged Fermentation: General Considerations

7�5 Perspectives and Conclusions

Chapter 8: Composition of Plant Biomass Biotech

8�1

Pais, R. Franco-Duarte, P. Sampaio, J. Wildner, A. Carolas, D. Figueira and B.S. Ferreira

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Figure 11.4 Relationship between life cycle inventory, midpoint indicators, endpoint indicators, and single endpoint score in ReCiPe 2008 (from left to right).

Figure 11.5 Climate change impact of food waste valorization routes: dry feed production, wet feed production, composting, and landfilling.

Figure 11.6 Environmental impact of different composting technologies.

Figure 11.7 Landfilling everything or separating for 65% composting and 35% landfilling.

Figure 11.8 Climate change impact of composting, anaerobic digestion, and incineration technologies (over 100 years).

Figure 11.9 Endpoint impact of composting, anaerobic digestion, and incineration technologies (Eco-indicator 95+).

Figure 11.10 Environmental impact of municipal waste treatment with increasing diversion of food waste from incineration to anaerobic digestion with composting and small-scale composting.

Figure 11.11 Life cycle climate change impact of fuels derived from food waste, agricultural products, and fossil resources (per MJ energy).

Figure 11.12 Climate change impact ranges of electricity generation by renewable and nonrenewable sources.

Figure 11.13 Climate change impact ranges of heat production by renewable and nonrenewable sources.

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List of Tables

Table 1.3 Currently Used Carbohydrate Carbon Sources in Industrial Fermentation.

Table 2.1 Main Seven Exported Fruits Form Costa Rica for the Year 2014, Expressed in Thousands of US Dollars and in Tons.

Table 2.2 Agricultural Production in Tons for Central American Countries in the Year 2013.

Table 2.3 Physicochemical Composition of Cultivated and Exported Fruits From Costa Rica and Central America.

Table 2.4 Vitamin C Content (mg/100 g) of the Main Cultivated Fruits in Costa Rica and Central America.

Table 2.5 Phenolic Compounds Content (mg GAE/100 g) of the Main Cultivated Fruits.

Table 2.6 Antioxidant Capacity Assessed by ORAC Method (TE Micromol/g) of the Traditional Tropical Fruits. 35

Table 2.7 Composition of Green Coffee of Varieties Arabica and Robusta, Produced in Mexico. 36

Table 2.8 Physicochemical Characterization of Pomegranate Seeds and Husk in g/100 g of Fruit Produced in Mexico. 38

Table 3.1 Potential of Mango Waste Components. 51

Table 4.1 Recycling Targets for Biodegradable Waste as Prescribed by the Landfill Directive. 71

Table 4.2 Main Characteristics of Some Biodegradable Materials. 79

Table 4.3 Duration of Some Industrial Composting Processes (Large-scale Compost; Deyerling & Fuchs; Productie Van Compost; Offaly). 82

Table 4.4 Levels of Rottegrad Based on the Potential Heating Ability of Compost. 83

Table 4.5 Overview Baumuster Composting Categories. 84

Table 4.6 Theoretical Amounts of Methane in Biogas. 93

Table 4.7 Analysis Results of Biogas Potential Tests on Byproducts Before Bioproduct Extraction. 117

Table 4.8 Analysis Results of Sweet Corn Products. 118

Table 4.9 Analysis Results of Potato Products. 119

Table 5.1 Effect of Various Pretreatments Methods on Composition of Lignocellulosic Biomass. 132

Table 5.2 List of Main Biorefinery Facilities, Status and Pretreatment Strategies. 150

Table 6.1 Content in Fatty Acids of Some Tobacco Varieties Selected. 180

List of Abbreviations

A4A Airlines for America

AFEX Ammonia fiber explosion

AG Agronomic trait

AHAS Acetohydroxy acid synthetase

ALH Acetolactate synthetase

AM Association mapping

AMIMCl 1-allyl-3-methylimidazonium chloride

APHIS Animal and Plant Health Inspection Service

ASTM American Society for Testing and Materials

ATP Adenine trinucleotide phosphate

BDO 1,4-butanediol

BMIMCl 1-butyl-3-methylimidazonium chloride

Bt Bacillus thuringensis

BTG Biomass Technology Group

C4H Cinnamate 4-hydroxylase

CAGR Compound annual growth rate

CCoAOMT CoA O-methyltransferase

CCR Cinnamoyl CoA reductase

CDE Carbon dioxide explosion

CesA Cellulose synthase A

CESA Cellulose synthase catalytic subunit

cgRNA Chimeric guide RNAs

CHP Combined heat and power

CRISPR Clustered Regularly Interspaced Short Palindromic Repeats

DM Dry Matter

DME Dimethyl ether

DP Degree of polymerization

DSBs DNA double-strand breaks

DSP Downstream processing

EBFPI European Biofuels FlightPath Initiative

EBTP European Biofuel Technology Platform

ECHA European Chemical Agency

EDTA Ethylene diamine tetracetic acid

EFSA European Food Safety Agency

E-LCA Environmental life cycle assessment

ELISA Enzyme-linked immunosorbent assays

EMS Ethyl Methane Sulphonate

ENI Ente Nazionale Idrocarburi

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About the Editors

Palmiro Poltronieri is researcher at the Agri-Food Department of the National Research Council, Italy. He holds a PhD in Molecular and Cellular Biology and Pathology, obtained from Verona University in 1995. In 1996–1997, he was Japanese Society for Promotion of Science postdoctoral fellow at University of Tsukuba, Japan. Since 1999, as a researcher at the Institute of Sciences of Food Productions, he studied plant protease inhibitors and their applications, and plant signaling in response to abiotic stresses in legumes. He is cofounder of Biotecgen Company, involved in several European projects, and has supported as supervisor the biotech company, Bioesplora. He is associate editor to BMC Research Notes and editorin-chief of the journal Challenges, MDPI, Basel, Switzerland.

Dr. Oscar Fernando D’Urso obtained a BSc in Biological Science in 2005 from the University of Salento and a PhD in Physiology in 2010. For 6 years, he has been the head of the laboratory at Biotecgen in Lecce, Italy. He founded a small company, Bioesplora, San Michele Salentino, Italy, in 2011, working in the field of novel diagnostic kits. Bioesplora counts on two divisions: biotechnology and engineering. Bioesplora’s core business relies on molecular biology services, and in the development and commercialization of microelectronics and electronics devices. Bioesplora has a strong expertise in the development of microarray and real-time-based protocol in clinical and environmental fields.

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