EQTEC EO-_001
Commented by Nico Popp on April 29th, 2026 | 11:00 CEST
Industrial Energy Transition: Air Liquide, Forgent, and SME Favorite A.H.T. Syngas
Today, more than ever, the industrial climate transition requires a technological mix of suitable infrastructure and highly efficient, decentralized gasification solutions. This need is further exacerbated by the current geopolitical situation and the ongoing energy crisis resulting from the Iran conflict. Since the disruption of shipping through the Strait of Hormuz has led to a significant loss of global liquefied natural gas supply, companies are desperately seeking alternatives to secure their energy supply. According to forecasts by the International Energy Agency (IEA), fossil fuel procurement costs will remain high, further increasing the urgency of industrial decarbonization. In this market environment, a two-way split is emerging. While market leader Air Liquide offers suitable solutions for heavy industry through the establishment of hydrogen hubs and CO₂ capture, specialized providers are competing for the enormous opportunities in the energy utilization of waste and other residual materials. We present the opportunities.
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Commented by Nico Popp on February 19th, 2026 | 07:25 CET
The molecular revolution: Why A.H.T. Syngas wins where BASF invests billions and EQTEC paves the way
While policymakers preach electrification, practitioners in heavy industry know that process heat and chemical raw materials require molecules. This is where synthesis gas (syngas), an old acquaintance, is celebrating a spectacular renaissance. Syngas is the backbone of modern chemistry, a mixture of hydrogen and carbon monoxide without which neither fertilizers, plastics, nor synthetic fuels could exist. Market forecasts from research firms like MarketsandMarkets and Grand View Research paint a similar picture: the global syngas market is expected to grow at high single- to double-digit rates through 2030, expanding from several dozen billion US dollars today to a significantly larger market. Three parallel developments are currently taking place in this gigantic growth market. While chemical giant BASF validates the demand and EQTEC proves the large-scale feasibility, German technology specialist A.H.T. Syngas Technology (A.H.T.) is disrupting decentralized applications. We analyze the market and the key players.
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Commented by Nico Popp on January 16th, 2026 | 07:00 CET
Trash to gas: How A.H.T. Syngas, EQTEC, and 2G Energy are making companies self-sufficient
German industry is undergoing one of its toughest trials. The "trilemma" described by analysts - volatile energy prices, rising CO2 taxes, and the physical uncertainty of the power grids - has driven production costs to a level that poses a massive threat to competitiveness. While politicians debate hydrogen pipelines that will take years to complete, innovators are already creating a new reality: decentralized energy supply from waste materials. Three players are emerging in this booming sector, working together to solve the puzzle of energy self-sufficiency. While CHP market leader 2G Energy provides the hardware for a green future with its engines and British supplier EQTEC validates gasification technology worldwide, Germany's A.H.T. Syngas Technology closes the crucial gap for small and medium-sized enterprises. With compact plants, A.H.T. transforms industrial waste into the clean gas that keeps the engines running – regardless of Putin's war or price jumps on the Leipzig energy exchange EEX.
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