MSE provides quality manufacturing of industrial control panels according to client specifications. We specialize in design and production of custom industrial process control and electrical panels with UL 508A certification for control of complex systems.
Qualified technicians perform all panel fabrication, assembly, and testing activities in a clean assembly area. Dedicated material storage and segregation processes are applied to all panel work performed within this facility. MSE can provide complete in-house or on-site factory acceptance testing, startup, and integration services.
We also design and integrate third-party hardware into turn-key control and monitoring solutions, providing systems with low TCO and help throughout the system lifecycle.
Our engineers create fully-integrated systems with intuitive HMIs. All systems are tested and verified before being installed at the project site. We provide on-site personnel to commission and maintain projects as needed. Also available are our in-house developed SCADA systems from the Tetragenics division.
If unsure of the remediation techniques or methods needed for your situation, we can still be of help. MSE offers life cycle modeling, cost/benefit analysis, as well as risk and decision reports. We will find your solution!
We also offer soil testing for individuals. Get a head start on your garden now!Brochure »
We have the capability to meet any state or federal regulatory requirement pursuant to the Resource Conservation and Recovery Act (RCRA), the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA), the Safe Drinking Water Act (SDWA), the Toxic Substances Control Act (TSCA), the Clean Water Act (CWA), and the National Pollutant Discharge Elimination System (NPDES).
We routineley score highly in laboratory proficiency tests. Here's a few of our yearly certificates.
Since 1972, MSE-Tetragenics have provided automation services and products, with hands-on experience providing control systems for the utility, communications, and wastewater industries.
Our MC3000 SCADA (Supervisory Control and Data Acquisition) Master is a multi-user, real-time HMI/SCADA solution for hydro and substation automation, communications monitoring, and plant control. It collects valuable data from a wide variety of devices, including substation computers, Remote Terminal Units (RTUs), Programmable Logic Controllers (PLCs), and Intelligent Electronic Devices (IEDs). The program is ideally suited for small to large sized monitoring and control projects that require reliability, performance, and scalability. The MC3000 SCADA Master is reliable, fast, secure, easy to use, and expandable for future needs.
The PT3000 receives information from the IEDs at your sites, translates it to a common protocol, and then transmits the data to a master. It translates a variety of protocols, and you can connect it to one or more masters. A single PT3000 can translate as many as 18 different protocols, and you can multidrop units to add more protocols.
WTV-32 is a Graphical User Interface, (GUI) or Human Machine Interface (HMI) software solution that turns a PC into a user-friendly interface for a SCADA system. GUI is a type of user interface that allows people to interact with a computer and computer-controlled devices. Whether you call it a GUI or HMI, with our WTV you can view, operate, and control functions and features for the MSE-Tetragenics systems - MC3000 SCADA Master, Hydro or Plant Control Systems, or Remote Terminal Units (RTUs) - either locally or remotely.
Remote Terminal Units (RTUs) provide a direct interface between field sensors, actuators, devices, and the central processing station or control center master. An RTU includes the required signal processing, communication software, and web-based technologies to enable effective control and monitoring of various systems. We offer a variety of Remote Units to suit your industry and requirements.
MSE provides a variety of water and land treatment services and technologies for various industries. We offer complete sampling, testing, analytical, and treatment solutions and services.
MSE is intimately familiar with industrial waste areas and cleanup - our headquarters are located near a superfund site and from 1991 to 2007 we managed the Mine Waste Technology Program for the Environmental Protection Agency (EPA) to advance cleanup technologies.
Successful projects include soil and groundwater projects involving Mercury, treatments for the deep vadose zone, Zero Valent Iron (ZVI) barrier repair, Technetium (99Tc) Ion Exchange Skids, and waste processing projects involving sorbent testing.
At Oak Ridge Building 81-10, MSE combined DOE developed ceramic cement formulations with a mercury treatment reagent incorporated for a jet grouting process to use as a soil grouting and chemical stabilization technology for deployment in the subsurface at Building 81-10 at the Y-12 Plant. Numerous combinations of the material components were tested at the bench scale to determine the most effective combination of components for both injection and stabilization. This combination was tested at intermediate-scale by the use of jet grouting in the subsurface at the MSE Test Facility. The jet grouted volume was excavated to analyze the emplacement of the grout mixture.
Three commercially available sorbent materials were identified by the Savannah River Site (SRS) for MSE to test for the solidification of F-Canyon PUREX waste. In all, 10,000 gallons were successfully solidified and shipped to the Nevada Test Site for disposal.
MSE performed bench-scale ion-exchange resin testing to determine which resin would provide superior 99Tc removal. MSE then designed, fabricated, and installed two temporary 99Tc ion-exchange skids that were effective at removing the 99Tc from groundwater.
MSE performed bench-scale testing to characterize several different ZVIs. The most effective of these materials were further tested at intermediate scale in both a radial flow apparatus and long columns to determine the effects of several injection parameters. This knowledge was applied during the field-scale application of the technology for repair of the In Situ Redox Manipulation Barrier at the 100-D Area of the Hanford Site (post-injection testing (geophysics and groundwater analysis) was performed after installation of the barrier). Additional geochemical and column injection testing is ongoing for different ZVI products.