Our Approach

Green hydrogen is currently in high demand. In public debates it is usually considered a solution to the storage problem of green electricity. However, the many proposals and activities do not yet result in a consistent and economically feasible strategy. We would like to change this.
The starting point is to generate large quantities of green electricity at low cost. This is only possible in Earth’s sun deserts and coasts, using solar and wind energy. Be it in Africa, the Arab world, China, South America or Southern Europe, for example in Greece.
Put simply, the production chain of carbon neutral fuels looks like this: Large amounts of solar power are generated in the desert. Using this electricity, hydrogen is produced by electrolysis. By adding CO2, for example, “green” methanol is obtained and in further steps liquid and carbon neutral fuels are produced. The carbon is recycled and becomes a valuable economic good. The more loops are connected in succession (multiple recycling), the lower the emissions. Via Nature-based Solutions, the remaining emissions are offset and removed from the atmosphere.

Green Methanol Basics
Green Methanol Basics

Concept Papers

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1.

Beyers, Bert; Lyhs, Wilfried

Carbon Capture and Storage / Usage (CCS/CCU) Technical Report

2022, (Factsheet).

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2.

Lyhs, Wilfried; Bane, Siddhant

Bemerkungen zum Osterpaket der Bundesregierung Technical Report

2022, (Hintergrundpapier).

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3.

Strategy Statement: Dii Desert Energy - Global Energy Solutions Technical Manual

2022.

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4.

Lyhs, Wilfried

Reduktion von CO2-Emissionen - Status Quo: Technik, Kosten und Herausforderungen Technical Report

2022, (Hintergrundpapier).

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5.

Berks, Leon

Elektrolyse - Status Quo: Technik, Kosten und Herausforderungen Technical Report

2022, (Hintergrundpapier).

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6.

Radermacher, Franz Josef; Gerth, Michael

Volatilität der Neuen Erneuerbaren Technical Report

2022, (Hintergrundpapier).

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7.

Wernicke, Hans Jürgen

Klimagas Methan - Status Quo und Optionen zur Verminderung der Emissionen Technical Report

2022, (Hintergrundpapier).

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8.

Wernicke, Hans Jürgen

"Türkiser" Wasserstoff durch Methanpyrolyse - Übersicht zum Status Quo Technical Report

2021, (Hintergrundpapier).

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9.

Radermacher, Franz Josef

Weltweite Herausforderungen in den Bereichen Energie und Klima - Zentrale Rolle von grünem Wasserstoff und ReFuels Technical Report

2021, (Hintergrundpapier).

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10.

Radermacher, Franz Josef

Weltweite Klimaneutralität - Bis wann? Technical Report

2021, (Hintergrundpapier).

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11.

Radermacher, Franz Josef; von Branconi, Christof; Orthen, Tobias

Klimaneutraler Stahl: Optionen Technical Report

2021, (Hintergrundpapier).

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12.

Herlyn, Estelle; Radermacher, Franz Josef; Molz, Erich

Energie- und Klimapolitik - mit der Wirtschaft in eine nachhaltige Zukunft Technical Report

2021, (Hintergrundpapier).

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13.

Radermacher, Franz Josef

How we can still stop climate change Technical Report

2021, (Background Paper).

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14.

Radermacher, Franz Josef

Wie wir den Klimawandel noch aufhalten können Technical Report

2021, (Hintergrundpapier).

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15.

Radermacher, Franz Josef

Methanol - Central building block of a sustainable energy future Technical Report

2021, (Background Paper).

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16.

Radermacher, Franz Josef

Doppelt grünes Methanol / Doppelt grüne synthetische Kraftstoffe Technical Report

2020, (Hintergrundpapier).

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17.

Radermacher, Franz Josef

"Double green" methanol / "Double-green" synthetic fuels Technical Report

2020, (Background Paper).

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18.

Radermacher, Franz Josef

Das Rio/Kyoto/Paris-Dilemma Technical Report

2020, (Hintergrundpapier).

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19.

Radermacher, Franz Josef

Klimapolitik: Eine Geschichte verpasster Chancen Technical Report

2020, (Hintergrundpapier).

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20.

Radermacher, Franz Josef

Die internationale Energie- und Klimakrise überwinden - Methanolökonomie und Bodenverbesserung Technical Report

2019, (Hintergrundpapier).

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29 entries « 1 of 2 »

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