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Mapping of the Use of Waste as Raw Materials for Biogas Production

Journal of Environmental Protection 2017年第2期8卷 120-130页

作者： Rafaela Lora Grando fabiana valeria da fonseca Adelaide Maria de Souza Antunes Graduate Program in Chemical and Biochemical Processes School of Chemistry Universidade Federal do Rio de Janeiro Rio de Janeiro Brazil Universidade Federal do Rio de Janeiro Rio de Janeiro Brazil Instituto Nacional de Propriedade Industrial (INPI) Rio de Janeiro Brazil

Anthropic methane emissions can largely be prevented or minimized using technologies that are already available. One such technology is anaerobic digestion (AD), which is used commercially around the world, especially in Europe and the United States, where some challenging targets have been set to diversify the energy mix with more renewable energy. This foresight study was designed to identify which technological solutions out of the many options available for biogas production are attracting most interest, for which purpose patent documents and scientific publications were analyzed. The aim is to identify which raw materials are most attractive for AD and biogas production. It was found that the raw materials that have attracted most research and patenting activity are sludge, sewage, and wastewater, livestock waste, and agriculture waste, which together account for 62% of all the patents filed and 74% of all the scientific publications. The countries most engaged in producing biogas from AD plants are China, Germany, and the United States. We also identified a rising trend in the use of biogas around the world, and a steady increase in the number of patents filed on the subject, especially in Japan and South Korea. This growth is driven, amongst other things, by strategic governmental actions, global environmental pacts, and the realization on the part of industry that anaerobic digestion can be used as an efficient method for treating waste and effluents.

关键词： Anaerobic Digestion Biogas Production Investigative Overview Raw Material

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Basic density, extractive content and moisture sorption properties of Pinus pinaster wood infected with the pinewood nematode, Bursaphelenchus xylophilus

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Journal of Forestry Research 2015年第1期26卷 233-240页

作者： valeria Reva Luís fonseca José L.Lousada Isabel Abrantes António R.Figueiredo Domingos X.Viegas Centre of Forest Fire Studies Association for the Development of Industrial Aerodynamics(CEIF/ADAI) Rua Pedro Hispano CFE-Centre for Functional Ecology Department of Life SciencesUniversity of Coimbra Centre for Research and Technology of Agro-Environment Biological Sciences(CITAB) UTADQuinta dos Prados Apartado

The pinewood nematode（PWN）, Bursaphelenchus xylophilus, has become one of the most severe threats to pine forest worldwide. Nematodes, migrating through resin canals and feeding on the living cells, induce rapid metabolic changes in ray parenchyma cells, create cavitation areas, decrease xylem water content and oleoresin exudation, and cause necrosis of parenchyma and cambial cells. This study focused on the impact of PWN infection on technological parameters of wood and evaluated the impact of anatomic and biochemical incidences of tree defense reactions on basic density, extractive content and moisture sorption properties of Pinus pinaster *** of infected and uninfected wood were *** presence of nematodes reduced wood basic density by2 % and decreased the total content of extractives in infected wood as compared with uninfected（5.98 and8.90 % of dry wood mass, respectively）. Extractives in infected trees had inverse distribution along the trunk as compared with uninfected trees. The adsorption isotherms for infected and uninfected wood had similar *** recorded differences（some statistically significant） in the equilibrium moisture content of infected and uninfected wood under varying environmental conditions. Despite the verified differences in wood basic density, extractive content and moisture sorption properties, the overall conclusion is that the PWN had a slight impact on these characteristics of wood.

关键词： Pinewood nematode Wood density Extractives Equilibrium moisture content Economic impact

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