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02 MARKET AND INDUSTRY TRENDS a rise of 1.7 million tonnes over 2014. 82 In addition, in 2015 the Sustainable Biomass Partnership (SBP), an industry-led initiative, developed and published a framework of standards and independent certification procedures that enable companies using biomass at a large scale to demonstrate compliance with legal, regulatory and sustainability requirements that relate to woody biomass. 83 The production of torrefied wood/pellets, which increases the energy density of biomass-based fuels and results in a product compatible with systems designed for coal, also saw some expansion during 2015. For example, In the United States, Vega Biofuels entered into a joint-venture agreement to construct a biocoal manufacturing plant in the state of Georgia, which will be operated by Agri-Tech Producers and Vencor International. 84 Liquid Biofuels Industry In contrast to solid biomass, production of liquid biofuels is focused around a number of large industrial players with dominant market shares. These include ethanol producers Archer Daniels Midland (ADM), POET and Valero in the United States, and Copersucar, Oderbrecht (ETH Bioenergia) and Raizen in Brazil. 85 In 2015, there was limited development of new conventional biofuels production capacity in the principal producer markets – the United States, Brazil and Europe – largely because existing plants were not operating at full capacity. Total global biofuels capacity is some 209 billion litres a year. 86 With current production of 133 billion litres, there is some 35% spare capacity. Future demand patterns remained unclear due to regulatory and market uncertainty, so there is little motivation for large-scale new capacity investment. However, new developments occurred in a number of new and emerging markets in Asia and Africa. In Nigeria, for example, an international funding partnership was announced with the country’s cassava growers association to produce ethanol in 10 distilleries in different states around the country. 87 Ethanol is traded internationally, and trade patterns showed some significant variations in 2015. US net exports of ethanol increased by 28% compared with 2014, to 2.5 billion litres; shipments were to Brazil, the Philippines, India and the Republic of Korea. 88 The Chinese market for ethanol imports (particularly from the United States) has grown rapidly, influencing global trade patterns. 89 Biodiesel production is more geographically diverse than ethanol, with production spread among a number of countries. The top producers are the United States, Brazil, Germany, Argentina, France, the Netherlands, Indonesia and Thailand. 90 The biodiesel industry has been affected to a significant degree by policy and regulatory changes and by shifting patterns in international trade. In the United States, for example, industry developments have been subject to uncertainty about the biodiesel tax credit and an expectation that Argentina may become a major exporter to the country. 91 In Europe, biodiesel sales are constrained by the 7% limit introduced in 2015 on the contribution of starch-rich, sugar and oil crops to the EU’s 2020 biofuel target. 92 In 2015, there was active progress in demonstrating the reliable production of a range of advanced biofuels. These fuels offer alternatives to conventional biofuels (produced with sugar, starch and oils) and thereby offer the prospect of lower life-cycle greenhouse gas emissions and reduced competition with food production. 93 A number of routes are being investigated including the production of HVO, the use of biological processes to produce fuels from cellulosic materials (such as crop residues), and thermochemical processes including gasification and pyrolysis. 94 During 2015, activity related to advanced biofuels was concentrated largely in the United States, Brazil and Europe. Key players in the ethanol, biodiesel and other bio-based industries (as well as fossil fuel suppliers) are playing major roles in this sector, working with 48

concluded long-term offtake agreements with biofuel suppliers, most of which are reported as price-competitive. 102 In the United States, United Airlines began using advanced biofuels for its regular operations – the first airline in the country to move beyond demonstration flights and test programmes. 103 In the marine sector, Sweden’s Stena Line launched the world’s first methanol-fuelled ferry in March 2015. 104 Also in 2015, the US Navy launched an initiative to deploy alternative fuels in its operations. This includes a Carrier Strike Group (CSG) that uses alternative fuels, a contract for 300 million litres of fuel between October 2015 and September 2016 with AltAir Fuels, and a grant of USD 210 million to support three firms in the building of refineries to make biofuels using woody biomass, municipal solid waste (MSW) and used cooking grease and oil. 105 A portion of the CSG fuels consists of biofuel made from beef fat, which is certified as a “drop-in” replacement and requires no engine modifications or changes to operational procedures. 106 technology providers, research groups and academia to develop and bring novel processes into full-scale production. Capacity for producing fuels by hydrogenating vegetable oils (including used cooking oil (UCO), tall oili and others) increased significantly in 2015. 95 UPM (Sweden), for example, invested USD 150 million to develop a plant in Finland on the same site as the company’s Kaukas pulp and paper mill, which produces 100,000 tonnes of diesel fuel from tall oil annually. 96 In April 2015, Total (France) announced an investment of some USD 220 million to convert the La Mède oil refinery in southern France into a biorefinery that will produce renewable diesel from UCO and other feedstocks. 97 Several additional cellulosic ethanol manufacturing plants began production or were announced in 2015, including DuPont’s plant in the US state of Iowa, which is designed to produce 140 million litres of ethanol per year, the largest such output in the world. 98 In Brazil, Grandbio and Raizen’s large-scale cellulose ethanol plants in Alagoas and in São Paulo began operations in 2015 and are expected to produce respectively 82 and 42 million litres of cellulosic ethanol annually. 99 Progress also was made in the production of fuels through pyrolysis and gasification of biomass during 2015. Biomass Technology Group (Netherlands) opened a 25 MW th pyrolysis plant to generate electricity and process steam and to produce fuel oil from woody biomass. 100 In Sweden, the GoBiGas plant in Gothenburg became fully operational in early 2015 and is one of the first successful large-scale examples of the production of methane through the thermal gasification of forest biomass. 101 The process is able to run continuously thanks to developments that avoid the build-up of tars, a persistent problem in previous attempts to deploy this technology. Aviation biofuels took strong strides forward in 2015. By mid- 2015, 22 airlines based in Europe, North America and Asia had performed more than 2,000 commercial passenger flights with blends of up to 50% biojet fuel made from used cooking oil, jatropha, camelina, algae and sugar cane. Several airlines The development and scale-up of biorefineries – facilities that can produce several products from biomass, including energy, chemicals and other valuable products – continued in 2015 with growing efforts in the United States, Europe, China and, most recently, India. For example, Godavari Biorefineries (India) raised more than USD 14 million during the year to increase ethanol production, while also adding specialty chemical production capacity. 107 Gaseous Biomass Industry The biogas sector continued to expand in 2015. Most biogas production is in the United States and Europe, although other regions increasingly are deploying the technology as well. 108 In Europe, the first biogas plant in Macedonia was constructed in 2015. The plant digests cattle waste and has a power generating capacity of 3 MW. Also during the year, the European Bank for Reconstruction and Development (EBRD) agreed to provide USD 32 million for a biogas plant in Ukraine. 109 Anaerobic digestion plants are being deployed more widely to treat liquid effluents and wastes in Asia, notably in Thailand and Indonesia, where a range of waste materials – including effluents from cassava starch production, palm oil processing and ethanol production, as well as MSW – are being used as feedstocks. 110 For example, in early 2016, the Krabi waste-to-energy project began operation in Thailand, processing palm oil mill effluent and producing 12,300 MWh annually, which is exported to the neighbouring electricity grid. 111 There are signs in Africa of increasing activity in biogas production, particularly waste-based projects that involve landfill gas, MSW and agricultural residues. The year 2015 saw the launch of the Bronkhurstspruit project in South Africa, which produces 4.4 MW of electricity from the digestion of cattle waste and sells the electricity to a neighbouring industrial plant – the first such project in the region. 112 In Kenya, a 2.2 MW grid-connected digester system that uses local crop residues opened in Nakuru Country. 113 In Dakar, Senegal, animal waste at a slaughterhouse is digested and used in a CHP system to generate electricity and heat; it produces 800 MWh of electricity and 1,600 MWh of thermal energy annually for internal use. 114 02 i Tall oil is a mixture of compounds found in pine trees and is obtained as a byproduct of the pulp and paper industry. RENEWABLES 2016 · GLOBAL STATUS REPORT 49

02 MARKET AND INDUSTRY TRENDS<br />

a rise of 1.7 million tonnes over 2014. 82 In addition, in 2015<br />

the Sustainable Biomass Partnership (SBP), an industry-led<br />

initiative, developed and published a framework of standards<br />

and independent certification procedures that enable companies<br />

using biomass at a large scale to demonstrate compliance with<br />

legal, regulatory and sustainability requirements that relate to<br />

woody biomass. 83<br />

The production of torrefied wood/pellets, which increases the<br />

energy density of biomass-based fuels and results in a product<br />

compatible with systems designed for coal, also saw some<br />

expansion during 2015. For example, In the United States, Vega<br />

Biofuels entered into a joint-venture agreement to construct a biocoal<br />

manufacturing plant in the state of Georgia, which will be<br />

operated by Agri-Tech Producers and Vencor International. 84<br />

Liquid Biofuels Industry<br />

In contrast to solid biomass, production of liquid biofuels is focused<br />

around a number of large industrial players with dominant market<br />

shares. These include ethanol producers Archer Daniels Midland<br />

(ADM), POET and Valero in the United States, and Copersucar,<br />

Oderbrecht (ETH Bioenergia) and Raizen in Brazil. 85<br />

In 2015, there was limited development of new conventional<br />

biofuels production capacity in the principal producer markets –<br />

the United States, Brazil and Europe – largely because existing<br />

plants were not operating at full capacity. Total global biofuels<br />

capacity is some 209 billion litres a year. 86 With current production<br />

of 133 billion litres, there is some 35% spare capacity. Future<br />

demand patterns remained unclear due to regulatory and market<br />

uncertainty, so there is little motivation for large-scale new<br />

capacity investment.<br />

However, new developments occurred in a number of new and<br />

emerging markets in Asia and Africa. In Nigeria, for example,<br />

an international funding partnership was announced with the<br />

country’s cassava growers association to produce ethanol in 10<br />

distilleries in different states around the country. 87<br />

Ethanol is traded internationally, and trade patterns showed some<br />

significant variations in 2015. US net exports of ethanol increased<br />

by 28% compared with 2014, to 2.5 billion litres; shipments were<br />

to Brazil, the Philippines, India and the Republic of Korea. 88 The<br />

Chinese market for ethanol imports (particularly from the United<br />

States) has grown rapidly, influencing global trade patterns. 89<br />

Biodiesel production is more geographically diverse than ethanol,<br />

with production spread among a number of countries. The top<br />

producers are the United States, Brazil, Germany, Argentina,<br />

France, the Netherlands, Indonesia and Thailand. 90 The biodiesel<br />

industry has been affected to a significant degree by policy and<br />

regulatory changes and by shifting patterns in international trade.<br />

In the United States, for example, industry developments have<br />

been subject to uncertainty about the biodiesel tax credit and an<br />

expectation that Argentina may become a major exporter to the<br />

country. 91 In Europe, biodiesel sales are constrained by the 7%<br />

limit introduced in 2015 on the contribution of starch-rich, sugar<br />

and oil crops to the EU’s 2020 biofuel target. 92<br />

In 2015, there was active progress in demonstrating the reliable<br />

production of a range of advanced biofuels. These fuels offer<br />

alternatives to conventional biofuels (produced with sugar,<br />

starch and oils) and thereby offer the prospect of lower life-cycle<br />

greenhouse gas emissions and reduced competition with food<br />

production. 93 A number of routes are being investigated including<br />

the production of HVO, the use of biological processes to produce<br />

fuels from cellulosic materials (such as crop residues), and<br />

thermochemical processes including gasification and pyrolysis. 94<br />

During 2015, activity related to advanced biofuels was concentrated<br />

largely in the United States, Brazil and Europe. Key players in the<br />

ethanol, biodiesel and other bio-based industries (as well as fossil<br />

fuel suppliers) are playing major roles in this sector, working with<br />

48

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