Manufacturer of standard custom fabricated metal Hastelloy(r) pressure vessels industrial process reactors. Other products include storage shop tanks, clarifiers, evaporators vacuum equipment. Design, erection, painting and lining services are available. Serves energy, transportation, chemical green industries.

Used industrial reactors are less expensive than new ones and can be delivered more quickly. Aaron Equipment has a large inventory of used reactors in various sizes.

Buy Reactors

In the face of high costs associated with large power reactors generating electricity using steam cycles, there is a move to develop smaller units that would be independent of the larger complexes and capable of providing energy at remote sites. They are also more manageable investments than large reactors, which require significant capitalization by the utilities.

A small reactor is defined as one with a capacity of 10 MWe or less. These designs are usually not water cooled, but use a compact reactor and heat exchange arrangement, frequently integrated into a single reactor vessel. Most are HTRs, with some being solid-fuelled. These small used reactors need to be designed to be able to produce 10 MWe of electricity for at least three years without refuelling. They must also be able to cool down, disconnect and be ready for transport in under seven days. They must be able to produce electricity for backup applications and also be suited for military instillations, maritime shipping or even space missions.

In mid-2009 Babcock Wilcox (BW) launched the mPower reactor design, which it said was "a small, modular, low-cost, and high-performance HTR that can be built in a factory, railed to site, and connected to the grid in under a week." In 2022 BW signed an agreement with a subsidiary of Czech utility CEZ to evaluate deployment at its Clinch River plant near Oak Ridge, Tennessee. buy reactors from the best seller like surplusrecord.

Reactors for Sale

The temperature control of a reactor is crucial for any industrial process. Reactors are used in many different applications, including chemical processing, food and beverage production, paper and pulp processing, and pharmaceutical and plastics processing. In addition, some reactors are also designed for high pressure or hydrogenation applications. In these cases, the tanks are not jacketed. Non-jacketed tanks are less expensive than their jacketed counterparts and are the preferred option for environments that do not require temperature control.

When buying a chemical reactor, it is important to look at the size of the reactor and the volume of reactants that will be in it. You will also need to consider the maximum and minimum temperature requirements of the reaction. This will help you decide the right model to purchase. You can also find information about different manufacturers online, which can be helpful in finding the best products for your specific needs.

The chemical glass reactors for sale at WKIE Lab are of high quality and will provide you with the results that you need. These models will be able to withstand the long period of time that your reactions will take. They will also be able to withstand different temperatures. In addition, these chemical glass reactors will be able to meet your application specifications and will offer you great value for money.

Used Reactors

Used reactors are a valuable resource for chemical processing plants and laboratories. They can help increase efficiency in manufacturing and research. They can also reduce overall costs and save time. Reactors can be purchased in a variety of sizes and designs, depending on the specific application.

Nuclear reactors are complex machines that use fuel, made up of heavy atoms that absorb neutrons, to split into smaller atoms and release energy in the form of heat. This heat is transferred out of the reactor via coolant, which is typically water or some other liquid. This cooled water then passes through steam turbines to generate electricity. Nuclear reactors can generate huge amounts of power, and they usually have containment structures to keep radioactive material contained. They also need cooling towers to dump the hot water vapor they produce.

A CSTR reactor has a reactor core that consists of bundles of fuel assemblies. Each assembly has some structural material to keep the fuel pins close together but not touching, so there is room for coolant. The fuel assemblies vary in their enrichment, age, and other parameters. This makes it possible for the different assemblies to have a different reaction rate, even in the same reactor.

A saturable-core reactor has a DC power winding that can control a larger AC current through the reactor core’s power winding by changing its inductance. When the inductance increases, the magnetic flux of the reactor core decreases and the reactivity goes up, whereas when the inductance decreases, the magnetic flux moves closer to saturation and the reactivity goes down.

Chemical Reactors

Chemical reactors are enclosed volumes where different chemical reactions take place. They can be used in a number of different applications, including industrial manufacturing. There are several types of chemical reactors, each designed for a specific type of reaction. They are typically made from durable materials that can withstand high pressures and temperatures.

Chemical reactions are usually exothermic, which means they give off more heat than they absorb. This is why chemical reactors are usually cooled with either gas or water. The coolant removes the excess heat from the reaction, preventing the reaction from getting too hot and damaging the equipment.

There are two types of chemical reactors: batch and continuous. A batch chemical reactor is a vessel in which the reactants are fed all at once. Then, they are mixed together using an agitator to mix them thoroughly and make them react. This type of reactor is very easy to control, and it can produce a highly consistent product.

A continuous chemical reactor is a system that operates continuously, as long as it has a steady supply of raw materials. These are often used in manufacturing chemicals that need to be produced consistently. They are also useful for creating large quantities of a single chemical at a time. However, they can be expensive to operate, and they must be shut down periodically for maintenance.