ENEnergy was established in 2006 as a direct result of a project established in 2005 to find viable renewable energy solutions. The scope of the project was to look at all renewable energy solutions to identify the best ones. All types of renewables were evaluated: solar, wind, waves, Fischer Tropch and many more.

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Key Facts

The US emissions are around 5 billion tons of CO2 per year. Their unused crops land of 4,000 km2 will offset half of their total emissions, but only for one year.

agriculture and REPLACEMENT FUELS

Early production methods for generating fuels from biomass created a “food vs. fuel” dilemma. Such fuel production is also expensive. Later developed production methods adresses these issues by focusing on feedstocks that are cheap, plentiful and that do not compete with food.

Biomass Content
The main components that make up plants are:

- Lignin (the woody material) 10-20%

- Cellulose 40-50%

- Hemi-cellulose10-20%

- Rest-organic material 10-20%

Some plants used for food contain significant portions of sugar and starch (for instance sugar cane and corn)

Cellulostic Fuel Production Process

Cellulose and hemi-cellulose can be transformed into sugars that can be fermented into different kind s of fuel. This is a Cellulostic Fuel Production Process.

The lignin is separated out in the ENEnergy Cellulostic Fuel Production Process
Lignin contains a very concentrated form of energy, similar to coal. Lignin can be burnt in a coal-fired power station to generate power, and it can be used as a feedstock in for example chemical manufacturing.  

By developing methods for Cellulostic Fuel Production, we can build a production supplying the huge volumes needed.

To achieve this, ENEnergy has chosen to work with specially selected, high-density biomass crops that will grow on marginal land, such as saline or damaged soils.

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