Reactors For Sale - The Differences Between Process Reactors and Mixing Tanks from perril shy's blog

Reactors for sale are used to control the conditions in a chemical reaction. They are available in different sizes and designs. They regulate the temperature and pressure in order to bring about an ideal condition for the chemical reactions.

Aaron Equipment sells a variety of new and used industrial reactors for commercial production applications. They are available in a wide range of performance specifications such as vessel volume and temperature ratings.

Tanks & Reactors

Reactors and mixing tanks are both important pieces of equipment for many different industries. However, they both have very distinct functionalities and it is critical to understand the differences between them. For example, a reactor is used to carry out chemical reactions where materials with certain mole fraction and condition enter the reactor and materials of a new nature discharges as product. While mixing tank, on the other hand, is a piece of equipment that helps to mix and stir materials.

The stainless steel reactors that we offer come in both batch and continuous processes. In batch processes, a predetermined recipe of reactants is added to the reactors for sale and processed until the desired outcome is achieved. In continuous processes, a constant flow of reactants is fed into the reactor until the process is completed. The mechanical design of the body and shaft of a reactor is based on ASME standards. This is important as it ensures that the unit will withstand the necessary pressure and temperature ratings. In addition, a number of important details should be taken into account such as inlet and outlet nozzles position, material discharge paths, manholes and safety and instrumentation equipment.

Process Reactors

Industrial reactors are used for commercial production applications including mixing, solids dissolution, batch distillation, crystallization, chemical reactions and polymerization. They come in a variety of sizes and capacities. They are available in carbon steel, glass lined and stainless steel with different performance specifications and vessel volume ranges.

This type of reactor has an agitator that keeps the concentration uniform throughout the entire tank, which means the extent of conversion does not depend on time or position in the reactor, but rather is determined by the volume of the reactor itself. Moreover, the agitator also makes it possible to employ a very short residence time and high temperature, which can increase reaction rates 8-fold in flow, without sacrificing product quality or catalyst lifetime.

The chemical glass reactor price depends on several factors and can be quite expensive. However, it is important to remember that you can buy a pre-owned unit for much less. In addition, the non-jacketed model is cheaper and better for environments that do not need to be temperature controlled.

Hydrogenation Reactors

Hydrogenation reactions are common in organic synthesis, using gaseous hydrogen as the reducing agent. These heterogeneous reactions are typically carried out in batch reactors, with a palladium on carbon catalyst suspended in solution and hydrogen gas bubbled through. These reactions are time-consuming and costly, since a large number of used reactors must be operated in parallel to reach high reaction rates.

A continuous hydrogenation reactor has been developed that eliminates these issues by utilizing a novel gas-liquid-solid tube reactor. The new device combines endogenous hydrogen generation with a liquid handler, creating a fully automated system for library synthesis. The reactor achieves significant improvements in reaction efficiency, reliability and rate of hydrogenation.