Used equipment for sale: 10 Gal Northland Stainless Reactor, 316L S/S, 100/100#

Name: 10 Gal Northland Stainless Reactor, 316L S/S, 100/100#
Brand: Northland
SKU: 23506

Reactors

10 Gal Northland Stainless Reactor, 316L S/S, 100/100# – photo 1

10 Gal Northland Stainless Reactor, 316L S/S, 100/100# – photo 2

10 Gal Northland Stainless Reactor, 316L S/S, 100/100# – photo 3

10 Gal Northland Stainless Reactor, 316L S/S, 100/100# – photo 4

10 Gal Northland Stainless Reactor, 316L S/S, 100/100# – photo 5

10 Gal Northland Stainless Reactor, 316L S/S, 100/100# – photo 6

Specifications

SKU: 23506
GSKU: 022025000810
Condition:: Used
Location:: Cleveland, OH
Year of construction:: 1990

Description

Used 10 gallon Northland Stainless Reactor, 316L Stainless Steel Construction, bolt on removable dished top, dish bottom, rated 100 PSI and full vacuum, +350/-320 degrees F, jacketed for 100 PSI and full vacuum at +350/-320 degrees F, Model XDHDS-100L Lightnin Agitator Drive with mechanical seal and lubricator, 3 blade retreat curve agitator, 4 baffles, (3) 1", (1) 2" sight glass, top nozzles, 1.5" center bottom outlet with plug valve, Serial No. 895020-3, National Board No. 954, New 1990.

More information about the northland-23506

Reactors are devices or structures designed to initiate and control a nuclear reaction, typically for the purpose of generating energy or producing isotopes for medical and industrial use. The most common type is the nuclear fission reactor, which splits heavy atomic nuclei, such as uranium-235 or plutonium-239, into smaller parts, releasing a significant amount of energy in the form of heat. This heat is then used to produce steam, which drives turbines to generate electricity. There are several types of nuclear reactors, including pressurized water reactors (PWRs), boiling water reactors (BWRs), and fast breeder reactors. Each type has its own design and operational characteristics, but all share the fundamental principle of harnessing nuclear reactions to produce energy. Reactors must be carefully controlled to maintain safety and efficiency. This involves regulating the rate of the nuclear reaction, managing the heat produced, and ensuring the containment of radioactive materials. Safety systems are crucial to prevent accidents, such as meltdowns, which can have severe environmental and health consequences. In addition to energy production, reactors are used in research, medicine, and industry, providing isotopes for cancer treatment, sterilization, and scientific studies.

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