Unternehmensnachrichten

Die Zukunft erneuerbarer Energien: GFS-organische Biodigestoren – Der Ingenieurstandard für Biogas- und Abfall-zu-Energie-Infrastrukturen im Jahr 2026. Im Übergang zu Kreislaufwirtschaften ist der anaerobe

Die Zukunft erneuerbarer Energien: GFS-Methanfermenter – Der Ingenieurstandard für Abfall-zu-Energie-Infrastrukturen im Jahr 2026. Der Methanfermenter bildet das Herzstück jeder hoch effizienten anaeroben

Die Zukunft erneuerbarer Energien: GFS-Biogasfermenter – Der Ingenieurstandard für Abfall-zu-Energie-Infrastrukturen im Jahr 2026. Im Übergang zu Kreislaufwirtschaften ist der anaerobe Biogasfermenter

Hochtonnage-Lagerung: GFS-Mining-Silos – Der Ingenieurstandard für das Management von Mineralien und Rückständen im Jahr 2026. Die Bergbauindustrie benötigt Lagerinfrastrukturen, die selbst die größten

Auf Reinheit ausgelegt: GFS-Kunststoffharz- und Pellet-Silos – Der Ingenieurstandard für die Verarbeitung und Herstellung von Kunststoffen im Jahr 2026. Lagerung von Kunststoffharzen, Masterbatches und Polymerpellets

Engineered for Precision: GFS Carbon Black Storage Silos   The Engineering Standard for 2026 Rubber, Ink, and Polymer Processing Storing Carbon Black—the essential reinforcing filler

Engineered for High-Performance Storage: GFS Cement Silos The Engineering Standard for 2026 Concrete Batching and Industrial Bulk Handling Storing cement requires infrastructure that ensures absolute

Engineered for High-Abrasion Containment: GFS Mineral Silos The Engineering Standard for 2026 Mining and Mineral Processing Storing mineral slurries, crushed ores, and concentrated powders presents

Engineered for Food Safety: GFS Silos for the Food Industry   The Engineering Standard for 2026 Food Production and Ingredient Storage In the food production

Engineered for Saline Environments: GFS Seawater Desalination Tanks The Engineering Standard for 2026 Desalination Infrastructure Desalination plants operate in the world’s most corrosive environments. Whether

Engineered for Safe Containment: GFS Coal Storage Silos The Engineering Standard for 2026 Power Generation and Industrial Coal Handling Coal storage requires containment infrastructure that

Engineered for High-Abrasion Containment: GFS Sand Silos The Engineering Standard for 2026 Industrial and Construction Aggregate Storage Storing sand—whether silica, construction-grade, or frac sand—imposes one

Engineered for High-Abrasion Containment: GFS Gravel Silos The Engineering Standard for 2026 Mineral & Aggregate Storage Storing coarse, abrasive aggregates like gravel presents a unique

Engineered for Acidic Dynamics: GFS Hydrolysis Tanks The Engineering Standard for 2026 Wastewater and Biogas Pre-Treatment In multi-stage anaerobic digestion processes, the hydrolysis tank serves

The Ultimate Fire Safety Asset: GFS Fire Water Storage Tanks The Engineering Standard for 2026 Commercial and Industrial Fire Protection In industrial complexes, logistics hubs,

Sustainable Water Security: GFS Rainwater Harvesting Tanks The Engineering Standard for 2026 Municipal and Industrial Reuse Rainwater harvesting is a cornerstone of modern sustainable infrastructure,

Sustainable Water Security: GFS Rainwater Harvesting Tanks The Engineering Standard for 2026 Municipal and Industrial Reuse Rainwater harvesting is a cornerstone of modern sustainable infrastructure,

Engineered for High-Abrasion Containment: GFS Mineral Storage Tanks The Engineering Standard for 2026 Mining and Industrial Mineral Processing Storing mineral slurries—including crushed ore, tailings, concentrated