According to the Arrhenius law a further increase of reaction temperatures (e.g. moving from 150 to 250°C) using a suitable reactor environment (e.g. stainless steel ...

Continuous flow synthesis represents a transformative approach in organic chemistry, replacing traditional batch processes with streamlined, continuous reaction streams. This methodology offers ...

Flow Chemistry is changing how chemical synthesis is undertaken in both research labs and large-scale manufacturing. The transition from older batch processing methods to continuous flow methods, such ...

Pharmaceutical manufacturing has traditionally been performed using batch process techniques. Batch processes have been proven over many decades of use, but can have shortcomings when it comes to ...

Although continuous flow chemistry—wherein molecules are made in a continuous process rather than in batches—has gained ground in academic labs, its adoption by industry and contract manufacturing ...