Welcome to

- The beginnings -
The archaea and cyanobacteria mark the beginning. They are the tough pioneers of life and give the planet its blue color. With the first action of bioenergy about three billion years ago, the earth has changed constantly. In the flow of constant climate change, bioenergy has adapted and shaped the look of its home. Our species has reached the global connection of the biosphere in real time - with all the consequences. The focus of this story is on the elegant use of biomass in harmony with our home organism Gaia.
Table of Contents
- The boom time -
The story begins in the late nineties. BiomassMuse is surfing on a big wave of the energy transition and under the fertile framework numerous chapters on gaseous, liquid and solid bioenergy are growing up. Insights into the cultivation of promising energy crops, as well as processes and technologies for the production of biogas, biofuels and wood pellets. This is followed by chapters on the legal texts of the energy transition, especially the EEG, EEWärmeG, RED I and KWKG. During this boom time for the renewables family, there is rapid growth in the electricity sector.
The development from the beginning
- The Purification -
Just as the sun follows the moon or summer follows autumn, the EE family is also affected by a rapid change in the weather and social climate change. In particular, the biofuels are in a purification phase in the tens of years and get the buck in Germany for everything dark about industrialization and globalization (tank vs plate, deforestation, ILUC etc.). The result: Since 2008 we have not been able to increase the energy turnaround in the transport sector and we still rely on that to 95 percent Black gold (imported petroleum).
Insight into the sustainability debate
- The future -
Just as autumn follows winter, spring follows winter, and an ice age is followed by a warm period. And so since the rebellion the millennials and zoomers (FFF, ER), as well as the proclamation of the Green deals for Europe, the use of biomass is again a tailwind. With the wings of the bioeconomy (circular bioeconomy) the material and energetic use of biomass is experiencing another spring and at the beginning of the twenties everything calls for renewal and Next Generation.
Bioenergy of tomorrow
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- Current chapters -

Photo: Alkar energy plant
Chapter 437

Alkar: Presentation of an alternative energy plant

The bioenergy community has been looking for alternative energy crops since the critical debates about tank or plate, maize (reaction = corn cap) and the accusation of rising food prices due to bioenergy. Depending on whether you want to win a gaseous, liquid or solid bioenergy source, there are various candidates for cultivation. In

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Photo electromobility
Chapter 436

Do we still need bio-fuel if we rely on electromobility?

Many thanks to Berhard Ahlers for this exciting article, which examines the two most important alternatives for an energy transition in the fuel market. The energy transition and renewable energy have become an integral part of our worldview. The share of renewable electricity generation exceeded the 20 percent mark last year and is being expanded further. Electromobility is enjoying

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Photo biomethane plant in Arneburg
Chapter 435

Biomethane plant in the Arneburg biomass cluster goes into operation

Hardly any other region in Germany combines the material and energetic use of biomass on such a large scale as Arneburg in Saxony-Anhalt. The plant manufacturer Weltec Biopower complements the existing biomass infrastructure in the region with the operation of a biomethane plant. Incidentally, the framework conditions of the bioenergy project on site offer an exciting one

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Fuels of the Mobility and Fuel Strategy 2013
Chapter 434

FMD: Mobility and fuel strategy give bioenergy space

The Federal Government's FMD 2013 (mobility and fuel strategy) has long been expected by many bioenergy players. After all, it is about one of the most important and promising sales markets for bioenergy: the fuel market. After a year, the Federal Cabinet decided on June 12th the strategy paper, which was developed by 300 actors in 20 working meetings. Content

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Bioreactor for algae cultivation
Chapter 433

Algae cultivation: Presentation of algae research at the TH Wildau

Thank you to Peter Salomon for the insight into the algae cultivation at TH Wildau. In a previous article, Mr. Salomon wrote about algal energy. Based on the lecture by Prof. Wildenauer (TH Wildau) on April 11.04.2013th, 14.06.2013 on the "algae problem", there was now one after the excursion to the Senftenberg pilot plant on June XNUMXth, XNUMX

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- Latest comments -

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Ideas between bioenergy and biomass

Building a bioeconomy is one of the challenges that unites today's generations. In the spirit of the energy and raw materials transition, the switch from fossil (coal, oil, natural gas) to renewable biomass is one of the steps to get a sustainable circular economy on the way. Help me :)

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