The biotech giant is developing a biofuel that could feed the hungry.
The company’s biofuel is the first in a series of biofuels that could power future agricultural technologies, according to a company release.
The biofuel will be developed to meet the needs of a growing population, and could eventually be used for everything from powering cars to powering solar power.
Biofuel could also be used to power solar panels.
“Biosciences are the fastest-growing sector of the global economy, with about 30 percent of the world’s energy currently coming from biotechnology,” Monsanto CEO John Meyer said in a statement.
“This is a powerful technology that is already transforming agriculture and manufacturing and could be one of the most transformative technologies in the future.”
The biofuel, called ‘Myrtul’, is designed to produce biofuekre when used in the production of a fuel.
The new fuel is designed in such a way that it will grow as it is used and will produce an excess of the energy it is producing, so that it can be used again and again.
The process can produce up to 2.4 million liters of biofuel per acre, enough to power an average American home for three months.
Myrtuls biofuel could be used as a fuel for crops like soybeans, corn and cotton, as well as for livestock and industrial applications.
The ethanol, which is produced by splitting the sugars from corn, soybeans and other crops, is used to create synthetic fuel.
“Our goal is to make it affordable for farmers to transition to a more sustainable, efficient, and sustainable food system that uses a lower amount of energy per unit of production,” Monsanto said.
The technology could eventually replace petroleum-based energy sources, which have been proven to be more costly, but the new fuel could also help to offset climate change.
In addition to its biofuel potential, Monsanto is also working on a new fuel that uses water.
“The water in our system, for example, we’ve been using for decades to help power the irrigation systems in the agricultural system,” Meyer said.
“We’ve used that water to generate an excess that is used as fertilizer.
Now, in order to make the fertilizer in a biofuethanol, we need to make a conversion of the water.
It’s a renewable resource.”