Abstract: The invention relates to a host cell, preferably a Myceliophthora thermophila cell, which presents a lower expression and/or secretion of non-contributory cellulolytic enzymes, preferably where the non-contributory cellulolytic enzyme is endoglucanase 6 comprising SEQ ID NO: 2, thereby promoting the presence of contributory cellulolytic enzymes in the enzymatic cocktail synthesised by said host cell. The invention also relates to the use of said host cells and the enzymatic cocktails synthesised by said host cells for the production of fermentable sugars of biomass and a method for producing bioproducts, preferably bioethanol, comprising the use of said host cell or the composition according to the invention.

Abstract: The invention relates to a host cell, preferably a Myceliophthora thermophila cell, which presents a lower expression and/or secretion of non-contributory cellulolytic enzymes, preferably where the non-contributory cellulolytic enzyme is endoglucanase 6 comprising SEQ ID NO: 2, thereby promoting the presence of contributory cellulolytic enzymes in the enzymatic cocktail synthesised by said host cell. The invention also relates to the use of said host cells and the enzymatic cocktails synthesised by said host cells for the production of fermentable sugars of biomass and a method for producing bioproducts, preferably bioethanol, comprising the use of said host cell or the composition according to the invention.

Abstract: The present invention relates to a Myceliophthora thermophila host cell which expresses a recombinant enzymes from Fusarium oxysporum with beta-xylosidase activity. The invention also refers to an enzymatic composition comprising the host cell of the invention and/or the recombinant enzyme with beta-xylosidase activity expressed by the host cell of the invention. The invention further relates to the use of the host cell of the invention, the recombinant enzyme with beta-xylosidase activity expressed by the host cell of the invention or the composition of the invention for the degradation of biomass and to a method of producing bioproducts, preferably bioethanol, which comprises the use of the host cell of the invention, the recombinant enzyme with beta-xylosidase activity expressed by the host cell of the invention or the composition of the invention.

Abstract: The invention relates to a method for obtaining higher alcohols from lower alcohols with a catalyst that is a metal oxide comprising gallium and a noble metal selected from the list containing Pd, Pt, Ru, Rh and Re.

Abstract: The present invention relates to a host cell, preferably Myceliophthora thermophila cell, which expresses recombinant enzymes with beta-xylosidase activity, an enzymatic composition comprising said cell and/or the recombinant enzyme with beta-xylosidase activity expressed by said cell, the use of this host cell, the recombinant enzyme with beta-xylosidase activity expressed by said cell or the composition for the degradation of biomass and a method of producing bioproducts, preferably bioethanol, which comprises the use of said host cell, the recombinant enzyme with beta-xylosidase activity expressed by said cell or said composition.

Abstract: The present invention relates to a process for obtaining metal oxide catalysts comprising gallium which are capable of synthesizing higher alcohols from lower alcohols. The process for obtaining said catalysts is also disclosed.

Abstract: The invention relates to a method for obtaining higher alcohols from lower alcohols with a catalyst that is a metal oxide comprising gallium and a noble metal selected from the list containing Pd, Pt, Ru, Rh and Re.

Abstract: The present invention relates to a process for obtaining metal oxide catalysts comprising gallium which are capable of synthesising higher alcohols from lower alcohols. The process for obtaining said catalysts is also disclosed.

Abstract: Particularly applicable to the implementation of sustainability requirements concerning on the promotion of the use of bioproduct from renewable sources, through the system and method described is possible to ensure that the origin of raw materials is sustainable (according to a previously defined sustainability requirements), avoiding travel to the area of interest, thus saving time and economic costs and preventing errors and fraud. More specifically, the system and method object of the invention are particularly applicable for identifying those areas that comply with said sustainability requirements. Said sustainability requirements state that raw material intended for bioproduct shall not be made from lands with a high biodiversity, high carbon stock or peatlands, and bearing in mind additionally the land use requirement.

Abstract: The method & system hereby described allows the calculation and determination of GHG emissions produced during the generation of bioproduct from different source materials. The method comprises capturing, processing and handling different parameters and data related to GHG emissions associated to every single process needed to produce bioproduct, in order to generate a total GHG emissions value by means of applying formulae to the captioned and processed isolated data referred to GHG emissions of every process.

Abstract: The method and system hereby described allows the calculation and determination of GHG emissions produced during the generation of bioproduct from different source materials. The method comprises capturing, processing and handling different parameters and data related to GHG emissions associated to every single process needed to produce bioproduct and the delivery of said bioproduct, in order to generate a total GHG emissions value by means of applying formulae to the captioned and processed isolated data referred to GHG emissions of every process.

Abstract: Particularly applicable to the implementation of sustainability requirements concerning on the promotion of the use of bioproduct from renewable sources, through the system and method described is possible to ensure that the origin of raw materials is sustainable (according to a previously defined sustainability requirements), avoiding travel to the area of interest, thus saving time and economic costs and preventing errors and fraud. More specifically, the system and method object of the invention are particularly applicable for identifying those areas that comply with said sustainability requirements. Said sustainability requirements state that raw material intended for bioproduct production shall not be made from lands with a high biodiversity, high carbon stock or peatlands, and bearing in mind additionally the land use requirement.

Abstract: The method & system hereby described allows the measuring of GHG emissions produced during the generation of bioproduct from different source materials. The method comprises capturing, processing and handling different parameters and data related to GHG emissions associated to every single process needed to produce bioproduct and the delivery of said bioproduct and/or source material to be transformed into said bioproduct, in order to generate a total GHG emissions value by means of applying formulae to the captioned and processed isolated data referred to GHG emissions of every process.

Abstract: The method & system hereby described allows the calculation and determination of GHG emissions produced during the generation of bioproduct from different source materials. The method comprises capturing, processing and handling different parameters and data related to GHG emissions associated to every single process needed to produce bioproduct, in order to generate a total GHG emissions value by means of applying formulae to the captioned and processed isolated data referred to GHG emissions of every process.

Abstract: The method hereby described allows the measurement of greenhouse gas emissions produced during feedstock production, processing thereof in said transport byproduct and byproduct from different sources of material, considering the transportation of said raw material taken as fountain. The method comprises capturing, processing and manipulating different parameters and data regarding GHG emissions associated with each task needed to produce and distribute the byproduct and the provision of that byproduct and/or source material that will be transformed into the bioproduct, with in order to generate an overall value of greenhouse gas emissions.

Abstract: For quickly and remotely obtaining the GHG emissions, without providing the sites of raw material production with means for collecting parameters. The system comprises a processing unit to execute instructions related to the determination of the emissions; the database for storing the relevant parameters related to the processes for the production of raw material; a data transmission means connected to the database and the processing unit, to retrieve said parameters from the database and transmitting said parameters to the processing unit, and a GHG emissions modeling module connected to the processing unit and adapted to generate a GHG emissions level. The method comprises considering a partial calculation for the emissions related to any process and adding them up to obtain an overall value for said GHG emissions.

Abstract: Described herein is a method of monitoring the origin and composition of bioproducts such as biofuels that are the result of mixing more than one type of biofuel, thereby ensuring that a particular bioproduct presents a certain amount of a particular type of each bioproduct with corresponding emissions related data and sustainability.

Abstract: For quickly and remotely obtaining the GHG emissions, without providing the sites of raw material production with means for collecting parameters. The system comprises a processing unit to execute instructions related to the determination of the emissions; a database for storing the relevant parameters related to the processes for the production of raw material; a data transmission means connected to the database and the processing unit, to retrieve said parameters from the database and transmitting said parameters to the processing unit, and a GHG emissions modeling module connected to the processing unit and adapted to generate a GHG emissions level. The method comprises considering a partial calculation for the emissions related to any process and adding them up to obtain an overall value for said GHG emissions.

Abstract: A method for quickly and remotely GHG emissions without providing the sources of raw material production means to collect parameters is disclosed. The method uses a processing unit for executing instructions related to the determination of emissions, a database to store relevant parameters related to the production of raw materials, means of transmission of data to recover the parameters of the database and transmit these parameters to the processing unit, and a modeling module of GHG emissions connected to the processing unit and adapted to generate a level of GHG emissions. The method comprises considering a partial estimate for emissions in relation to any process and an add value for such global GHG emissions.

Abstract: Particularly applicable to the implementation of sustainability requirements concerning on the promotion of the use of bioproduct from renewable sources, through the system and method described is possible to ensure that the origin of raw materials is sustainable (according to a previously defined sustainability requirements), avoiding travel to the area of interest, thus saving time and economic costs and preventing errors and fraud. More specifically, the system and method object of the invention are particularly applicable for identifying those areas that comply with said sustainability requirements. Said sustainability requirements state that raw material intended for bioproduct shall not be made from lands with a high biodiversity, high carbon stock or peatlands, and bearing in mind additionally the land use requirement.