Biorefinery +

Additive (73)
Ambergris + (11)
Astrobiology (7)
Bioactivity (4)
Biobank (6)
Biochemistry + (146)
Biocompatible (6)
Bioconversion (1)
Biodefence (3)
Biodegrade (13)
Biodesign (6)
Biodiversity (836)
Bioeconomy + (7)
Bioelectricity (4)
Bioenergy (156)
Bioengineering + (33)
Bioethics (16)
Biofertilizers (6)
Biofuel (786)
Biogeochemistry (19)
Biogeography (8)
Biogeosciences (6)
Biohacking (20)
Bioinspired (7)
Biological resources (7)
Biological weapon (3)
Biology (2118)
Biomarker (60)
Biomass + (551)
Biomaterials (16)
Biomechanic (21)
Biometrics + (13)
Biomimicry + (27)
Biomolecular (44)
Biophotonics + (3)
Biophysics (14)
Bioplastics + (17)
Biopolymer (10)
Bioprinting (26)
Bioreactor + (20)
Biorefinery + (30)
Biorobotics + (1)
Biosafety + (27)
Biosecurity + (25)
Biosensors (1)
Biosonar (1)
Biosphere (31)
Biostatistics (7)
Bioswale + (3)
Biosynthesis + (27)
Biosystem + (6)
Biotecnology + (341)
Bioterror (10)
Bioweapon (1)
Cell biology (27)
Chemical engineering + (20)
Electrical activity (4)
Embryology (2)
Gene therapy (11)
Genetic abnormality (2)
Genetic disease (3)
Genetics (2261)
Genomics (1324)
Genotype (46)
Genotyping (10)
Genus (2867)
Green biotechnology (2)
Human biology (9)
Immunology (78)
Jumping genes (3)
Microbiology (182)
Molecular biology (36)
Neurobiology (14)
O. generale bioeconomy (154)
Organismal biology (5)
Red biotechnology + (24)
Regeneration (53)
Synthetic biology (43)
Transgenic (220)
Virology (1503)
White biotechnology (3)

Synopsis: 4. biotech: Biorefinery +:


Nature 03438.txt

because it does not divert food from dinner tables to biorefineries. But cracking apart the tough cellulose molecules is a lot harder than brewing up simple sugars.


popsci_2013 02459.txt

If the experiment works California will build a larger plant in 2016 that would become the U s.'first commercial sugar beet biorefinery the AP reported.

Europe has more than a dozen beet biorefineries the AP reported. California has grown also successfully sugar beets before.


ScienceDaily_2013 00602.txt

#Biorefinery business could put South Australian forest industry back on growth trackvtt Technical Research Centre of Finland at the request of the South Australian state Government studied the condition of the forest sector

and establish specialised biorefinery business in the longer term. The South Australian government invited VTT to identify ways of increasing the productivity of the region's forest

Implementation of VTT's long-term recommendations requires the construction of new biorefineries for manufacturing highly refined products such as absorbing materials and membranes cellulose-based textiles bio-based chemicals


ScienceDaily_2013 06965.txt

and biorefineries to help spell out expectations for sustainability practices and designate who will assume the risks

if biorefineries receive money in the form of carbon credits for reducing pollution incentives for farmers should be included in contracts

but the biorefinery gets carbon credit for those sustainable practices. This should be worked into the contract--that

Due to the power relationships in this industry the onus is on the biorefinery to be the leader in developing contracts in this new landscape.


ScienceDaily_2013 10845.txt

The strong resemblance to a small city drives home the point that energy production in such a meticulously coordinated system would be difficult to replicate in a lab or a biorefinery.


ScienceDaily_2013 12455.txt

Even if the biomass goes to the biorefinery with the right lignin-to-sugar content and the right amount of water if you had to add nitrogen to produce it


ScienceDaily_2013 17624.txt

Lignocellulosic biorefineries must be able to efficiently process available regional feedstocks at cost-competitive prices year round


ScienceDaily_2013 18365.txt

and model biomass production that could grow enough feedstock to support a local biorefinery with a capacity of at least 24 million gallons per year.


ScienceDaily_2014 03706.txt

Researchers at the U s. Department of energy's Joint Bioenergy Institute (JBEI) have developed bionic liquids from lignin and hemicellulose two by-products of biofuel production from biorefineries.

and electricity for the biorefinery but if other uses for lignin could be found with higher economic value it would significantly improve the refinery's overall economics.

Our concept of bionic liquids opens the door to realizing a closed-loop process for future lignocellulosic biorefineries

but also allows for a closed-loop biorefinery in which the lignin in the waste stream can be cycled up


ScienceDaily_2014 09141.txt

Using the facilities at the Biorefinery Centre on the Norwich Research Park Professor Keith Waldron


ScienceDaily_2014 11411.txt

While the cellulosic biofuel production process has yet to be commercialized extensively several private companies are specialized developing biorefineries capable of converting tough corn fibers into fuel.


ScienceDaily_2014 11849.txt

What is more when the tobacco is integrated into a biorefinery it is possible to extract interesting by-products like proteins (they constitute up to 30%of the dry weight of the plant


ScienceDaily_2014 15895.txt

The project will build a biorefinery called the'D-Factory 'which is going to turn every part of the alga into something useful.

If we can make algae biorefineries commercially viable we will have developed a new industry founded on an environmentally-kind raw material

Together they aim to set a world benchmark for a biorefinery based on microalgae. Plans include the largest commercial cultivation of the single-cell organisms in water raceways lakes and photobioreactors.

The project hopes to demonstrate the business case for global investment in algae biorefineries and in large-scale production of microalgae within three years in order to raise investment for the first prototype D-Factory in Europe.

because it produces a wide range of compounds appropriate for the'biorefinery'concept which aims to use every element of a biomass.

and develop new processes for natural product synthesis. The D-Factory a biorefinery research project led by Greenwich


Smart_Planet_5 00716.txt

Not a single commercially viable biorefinery exists for converting cellulosic biomass to fuel, the NRC said.


Smart_Planet_8 00225.txt

Not a single commercially viable biorefinery exists for converting cellulosic biomass to fuel, the NRC said.


Smart_Planet_8 00766.txt

Not a single commercially viable biorefinery exists for converting cellulosic biomass to fuel, according to the National Resource Council.


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