A few months ago a company that laughed making energy
They realized that with the movement of the body they could make energy and thought about the twerking because when dancing a person moves a lot, but to know if it could work first before selling it they had to try it with girls who knew how to do twerk so began the search to find a girls who knew how to move and shake their hips to be able to do the experiment well, After looking they found 3 girls who were willing to offer themselves to see if they could make energy while moving their ass, At the beginning it was a little comedic and made them laugh but then later he started to get serious and have to be dancing a lot of time to calibrate to work well, After several days of tests and things they managed to make energy from the asses of these girls since their movements were very quick because they are girls who dedicate themselves to doing shows. They tried to make the first prototype but it had many failures since it was very complex and had many cables and was very uncomfortable, A if that again try again to do so in a way that is more comfortable and with fewer cables since their previous form was very uncomfortable at the time of twerking, 1 year later with followed by To do it in a much smaller and more comfortable way for the girls as a device only to charge the mobile phones or other similar things, The first battery of energy by the girls who moved the ass to charge their energy, But the final what followed and created a thing that nobody could imagine.
A natural solution to a world energy problem
KLE is a first mover in the global commercialization of cellulosic ethanol using its proprietary, patent pending, thermal-mechanical pre-treatment process that takes non-food wood and herbaceous feedstock and reduces them to their main components:
- Cellulose, the world’s most common organic compound is a complex carbohydrate, the glucan polymer is harder to break than starch but once broken into glucose is easily fermented into ethanol
- Hemicellulose, is a complex polymer of several sugars and organic acids that makes up the non-structural part of the plant wall. The sugars are easier to release than cellulose, but more difficult for most organisms to ferment
- Lignin is an complex chemical compound and after cellulose one of the most abundant organic polymers on Earth (about 25-33% of the biomass) which can be used as an energy dense solid fuel or chemical intermediary
Our highly efficient process is built around our ‘mild’ pre-treatment technology that can effectively prepare multiple feedstocks for enzymatic hydrolysis and subsequent co-fermentation. Our capability of freeing up most cellulose and hemicelluloses polymers while minimizing the formation of inhibitors translates into low enzyme and yeast dosage as well as short processing times.
The KLE process allows for the cost competitive production of 2G ethanol and bio-lignin and is particularly suited for the integration into a wide variety of industrial facilities and power plants.
We develop for our customers, energy efficient, individually tailored solutions for both stand alone and fully integrated facilities with biomass processing capacities starting at 100,000 dry metric tons per year.