Latest revision as of 12:04, 25 February 2024
Information about message (contribute ) This message has no documentation.
If you know where or how this message is used, you can help other translators by adding documentation to this message.
Message definition (Protein (nutrient) ) Photovoltaic-driven microbial protein production uses electricity from solar panels and carbon dioxide from the air to create fuel for microbes, which are grown in bioreactor vats and then processed into dry protein powders. The process makes highly efficient use of land, water and fertiliser. {{multiple image | align = right | image1 = MungBean.jpg | width1 = 100 | link1 = Mung bean | image2 = Red Rajma BNC.jpg | width2 = 114 | link2 = Kidney bean | image3 = Nigeria Cowpea fro F IITA.jpg | width3 = 100 | link3 = Cowpea | background color=white }} {{multiple image | align = right | image1 = English Walnuts.jpg | width1 = 118 | link1 = Walnut | image2 = Mandel Gr 99.jpg | width2 = 114 | link2 = Almond | image3 = Sa white sesame seeds.jpg | width3 = 82 | link3 = Sesame | background color=white }} {{multiple image | align = right | image1 = Sonnenblumenkerne sunflower seeds.jpg | width1 = 95 | link1 = Sunflower | image2 = Sa-whitegreen-chickpea.jpg | width2 = 142 | link2 = Chickpea | image3 = Lens culinaris seeds.jpg | width3 = {{#expr:( 95*1107 / 1367) round 0}} | link3 = Lentil | footer=Plant sources of protein. | background color=white }}
Photovoltaic-driven microbial protein production uses electricity from solar panels and carbon dioxide from the air to create fuel for microbes, which are grown in bioreactor vats and then processed into dry protein powders. The process makes highly efficient use of land, water and fertiliser.
Plant sources of protein.