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Jupiter Scientific

IO Burn Box

Jupiter Scientific's IO Burn Box is actually a system of three scrubbers in one package. Working together these three scrubbers combine to make the IO a thermal wet scrubber can safely process the most complex and challenging applications.

Three Scrubbers in One System

Thermal Oxidizer Furnace
The IO features an ultra-high temperature furnace. The furnace chamber is constructed from high nickel/chromium alloy to withstand corrosive gases at temperatures in excess of 1000 C ( 1832 F).

The IO's electric furnaces are tightly controlled by PID thus supplying immediate power when needed while minimizing electrical usage during down time. The nickel/chromium/aluminum filaments give extended lifetimes at continuous operation above 1000 C.
Venturi Particle Scrubber
IO hosts a Venturi water scrubber that supplies excellent particle removal. The nickel/chromium alloy used to construct the Venturi withstands even the harshest corrosives giving long life and allowing the Venturi to protect components downstream.
Packed Column
IO includes a packed column with countercurrent flow. This packed column removes corrosive gases to levels below OSHA P.E.L.
  • io thermal wet scrubber for semiconductor PECVD silane hydrogen phoshphine and more exterior
  • io io thermal wet scrubber for semiconductor PECVD silane hydrogen phoshphine and more interior

IO Features

High Capacity
IO is available with throughputs up to 400 LPM
Connected Factory and Remote Access
IO features remote access through smart devices. In addition, communication with the factory is available through digital signals and most popular protocols including native MODBUS and optional Profibus and BACnet
Color Touch Panel
Access to IO is through a large color touch panel. The panel clearly communicates critical system information and allows the user to easily access all control functions at a touch
Real Time Monitoring of Critical Operating Parameters
IO continuously monitors the state of the system and records pressure and temperature data along with data on the performance of the pump. All of this data is logged along with system events and alarms to user extractable memory. This data is also available to the connected factory through IO's sophisticated communications ability.
Integrated Lift Station
IO's mag pump and level control provide water lift capability that alleviates the expense of a separate lift station
PID Controlled Electric Heaters = No Fossil Fuel Gas
IO's electric furnace uses high capacity ceramic fiber heaters and a nickel chromium furnace chamber to allow temperatures in excess of 1000 C with pin-point regulation of temperature and energy input.

This electric fired heater has several advantages. First, only the energy needed is consumed. Second, IO can immediately respond to changing process conditions. 3rd, IO does not require the piping and monitoring of dangerous fuel gases. Finally, IO does not generate large quantities of global warming gases as do natural gas fired burners
Best in Class Abatement Efficiency
The IO Scrubber can scrub even the most difficult target gases to less than OSHA P.E.L / LEL. IO does this without utilizing hydrocarbon fuel that generate NOx and creating as byproducts large quantities of global warming gases such as methane and CO2.
Data Logging
IO records key operating parameters, exhaust gas levels, and event and alarm history to non-volatile memory that can be easily downloaded by the user

Jupiter Scientific Inc., Fremont, California U.S.A.

Image at top: IO. The closest Galilean moon to Jupiter. Jupiter's tremendous gravity causes immense tidal fluctuations on IO leading to the intense volcanic activity of the moon. IO's beautiful coloring comes from the fact that its surface is dominated by sulfur, sulfur oxides, and other sulfur containing molecules and compounds.

Original material copyright Jupiter Scientific Inc 2019. All rights reserved. Licensed material copyrighted to their respective owners.