Insightful

Nanoparticle formation in combustion systems, including soot and some inorganic materials, is governed by interacting physical and chemical processes that are still not fully understood. We propose th... Baca lebih lanjut

Through the generation of intense micro-turbulence and fine gas dispersion, Hydrodynamic Cavitation (HC) offers significant strategic advantages in the production of e-SAF (electro-Sustainable Aviatio... Baca lebih lanjut

RAPTECH bekerja sama dengan Abacus Marine Consultants. Perusahaan Yunani ini merupakan mitra bagi pemilik kapal, manajer, dan galangan kapal yang membutuhkan layanan untuk perbaikan kompleks, proyek r... Baca lebih lanjut

Based on hands-on experience in thermochemical conversion, combustion systems, reactive process design, and industrial consulting—supported by recent scientific findings—hydrodynamic cavitation (H... Baca lebih lanjut

Drawing on my experience in thermochemical processes, combustion, reactive systems, and industrial consulting—as well as insights from the literature—I view hydrodynamic cavitation (HC) not only a... Baca lebih lanjut

The Hellenic Institute of Marine Technology (HIMT) successfully organized the 19th Annual Marine Technology Conference at the Eugenides Foundation on December 9–10, 2025, RAPTECH was one of the GOLD... Baca lebih lanjut

World of Bunkering - the magazin of The International Bunker Industry Association (IBIA) published an article about RAPTECHs cavitation technology for a sustainable fuel future in the maritime sector.... Baca lebih lanjut

Hydrodynamic cavitation (HC) is an emerging, energy-efficient process intensification technology with potential to enhance efficiency, yield, and sustainability across key refinery operations. By gene... Baca lebih lanjut

A Practical Step Toward Decarbonization, Insights from RAPTECH’s Cavitation Approach Decarbonization in the maritime sector is often described as a long journey, but for many shipowners it feels mo... Baca lebih lanjut

Abstract: This study evaluates the effect of cavitation homogenization on heavy fuel oil (HFO 380) and its blends with biodiesel and glycerin for marine applications. HFO, HFO–20% biodiesel (B20), ... Baca lebih lanjut

Sludge Formation in Marine Fuel Handling | Mechanisms, Impacts, and Cavitation-Based Mitigation HeavyFuel Oils (HFOs) and Intermediate Fuel Oils (IFO) are widely used as marine fuels due to their low... Baca lebih lanjut

RAPTECH Managing Director Jürgen Gärtner is proud to announce that he is now a member of The International Bunker Industry Association (IBIA). We look forward to joint conferences and events. Baca lebih lanjut

Hydrodynamic cavitation (HC) is emerging as one of the most promising enablers of sustainable wastewater treatment. RAPTECH’s CaviFlow® unit harnesses cavitation to intensify oxidation, mixing, sep... Baca lebih lanjut

RAPTECH’s technology supports cleaner, homogenized fuels and lower costs as well assustainable fuel strategies for shipping. The marine bunkering industry faces stricter environmental rules, fuel d... Baca lebih lanjut