A climate change solution under your feet

A regenerative biomass model can tackle climate change

Soil regeneration through biomass to fix damaged mine lands

Mining sector  may now have a possible way to monetize soil regeneration in degraded lands. While deforested areas can only  produce high yields under certain methods, our solutions sequester massive amounts of CO2, produce energy or bio-products creating income in social inclusive models.

Forests or deserts? fossil economy or bioeconomy? choose!

Forests, green covers, perennial grasses, biodiverse farms, natural vegetation, food crops, rotational management, carbon farming, regenerative agriculture, permaculture, carbon sequestration.  It’s all this or deserts. Its bioeconomy or fossil energy?.

Gender and renewable energy

Impacts of renewable energy on gender in rural communities of north-west China

Biomass power: Feedstock cost is the key

Biomass power costs recently published by IRENA showed how critical could be to obtain reductions in feedstock costs and footprint at power station gate. We suggest ways for success.

Agave: from ‘fuel or food’ to ‘fuel and more food

Researchers confirmed potential for new plantations in drylands under constraint environmental conditions.

Why bioenergy crops (already) met expectations?

A brand new study (Nov 27th, 2017) revealed that there is enough consensus for conclusive evidence that perennial bioenergy crops can mitigate climate change emissions with very high savings of CO2 when cultivated on marginal lands.

Bioenergy will have a key role in global decarbonization

Imagine a world where biomass can be used to produce energy and high value added products while sustainable carbon farming and processing technology take CO2 from air and put it back into the ground.

Non-food biomass in US to reach 1bn ton in 2040

Non-food Biomass plantations would take a major role in United States bioeconomy during next decades. 

Improving logistics in Napiergrass during harvest operations

Napiergrass is one of highest yielding crops in tropical countries that can be used for pulp and bioenergy. A logistic system optimization is required in several environments. Its tall stalks and low leaves/stalk  ratios (below 40%) allow high process efficiency for both pulp and energy uses and also a low biomass production cost.