Continuous processing gains importance in the fine chemical and pharmaceutical industries
where crystallization is an important downstream operation. Seeded cooling crystallization …

The chemical and biochemical industry has to face the challenges of globalization, short
product cycle times and volatile markets. Therefore, the lead time of development projects …

The identification of the best possible helical pipe geometry for optimal mixing is challenging
since the two central objectives (minimizing pressure drop while maximizing mixing …

The present study focuses on the intensification of flow and mixing in coiled flow inverter
(CFI) geometries in order to achieve higher mixing efficiency with a lower base footprint. For …

Liquid mixing is compared in different helical configurations, ie straight coils, coiled flow
inverters (CFI), and newly introduced coils (Coiled Flow Reversers, CFR). The considered …

This work considers numerical investigations of liquid–liquid mixing in helical pipes and
coiled flow inverters (CFI). Since mixing is particularly efficient in the developing region, a …

For complete chemical processes, downstream operation steps are essential, but on a
miniaturized scale, they are not so far developed as the microreactors. This contribution …

Electronic waste (e-waste) is termed as “urban mines” due to high metal content. Metals are
major components of e-waste and have a share of 61 wt% of e-waste. E-waste contains …

Provides a comprehensive overview on developing sustainable practices for waste
minimization via green metal extraction from waste streams This book introduces readers to …

We examine the effectiveness of forced convective heat transfer in a toroidal helical pipe
(THP), as a compact process intensification device for use in heat exchangers. Earlier, we …