Algae biomass is considered as a potential non-fossil source of raw materials to produce fuel, feed, chemicals and materials. For this purpose microalgae as well as macroalgae can be used, and in this report we focus on the latter. More than 99% of the world production of aquatic plants is produced in Asia (FAO 2012, Table 1). From the remaining 1% about 4% is cultivated in Europe. Important European countries with commercial seaweed cultivation are Denmark, Ireland and France. Depending on their pigmentation seaweed species are commonly grouped in brown, red and green seaweeds
Cultivation of macroalgae at the lowest trophic level, using only sunlight and nutrients from the se...
Algae are a promising source of industrial biomass for the future. In order to assess if aquaculture...
Many western countries show an increased interest in using algae in several sectors such as human fo...
Algae, including seaweeds and microalgae, contribute nearly 30 percent of world aquaculture producti...
Micro- and macroalgae are a great and important source of raw material for manufacturing of bioactiv...
Due to the increasing impact of terrestrial agriculture on climate change, the attention of a myriad...
Economic and environmental developments in the last decades call for the displacement of fossil fuel...
The North Sea Farm Foundation pioneers seaweed cultivation in the North Sea. This project addresses ...
Abstract The economic and environmental viability of dedicated terrestrial energy crops is in doubt....
Offshore cultivation of seaweed provides an innovative feedstock for biobased products supporting bl...
Macroalgae have played an important role in coastal communities for centuries. In the past, they hav...
Seaweeds are increasingly seen as an alternative to land-grown products in food and feed application...
A techno-economic evaluation of bioenergy production from macroalgae was carried out in this study. ...
Seaweeds are seen as important future feedstock for Europe, providing biomass for food, feed, and ot...
The use of cultivated seaweeds as a feedstock for multiple industrial applications has gained increa...
Cultivation of macroalgae at the lowest trophic level, using only sunlight and nutrients from the se...
Algae are a promising source of industrial biomass for the future. In order to assess if aquaculture...
Many western countries show an increased interest in using algae in several sectors such as human fo...
Algae, including seaweeds and microalgae, contribute nearly 30 percent of world aquaculture producti...
Micro- and macroalgae are a great and important source of raw material for manufacturing of bioactiv...
Due to the increasing impact of terrestrial agriculture on climate change, the attention of a myriad...
Economic and environmental developments in the last decades call for the displacement of fossil fuel...
The North Sea Farm Foundation pioneers seaweed cultivation in the North Sea. This project addresses ...
Abstract The economic and environmental viability of dedicated terrestrial energy crops is in doubt....
Offshore cultivation of seaweed provides an innovative feedstock for biobased products supporting bl...
Macroalgae have played an important role in coastal communities for centuries. In the past, they hav...
Seaweeds are increasingly seen as an alternative to land-grown products in food and feed application...
A techno-economic evaluation of bioenergy production from macroalgae was carried out in this study. ...
Seaweeds are seen as important future feedstock for Europe, providing biomass for food, feed, and ot...
The use of cultivated seaweeds as a feedstock for multiple industrial applications has gained increa...
Cultivation of macroalgae at the lowest trophic level, using only sunlight and nutrients from the se...
Algae are a promising source of industrial biomass for the future. In order to assess if aquaculture...
Many western countries show an increased interest in using algae in several sectors such as human fo...