Not only is CISProLive easy to implement, but it delivers a rapid time-to-value return on your investment since you don't need to install or maintain servers, networking equipment, or security products. Just set it up, determine the number of full access and read-only users, export your chemical inventory into the CISProLive database, and access it from your web browser. You can scale your subscription at any time, expanding or contracting usage depending on your needs. Now, authorized users anywhere in your company, anywhere in the world can access your secure chemical inventory information any time you want.
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Workplace expectations are set so high nowadays that it's almost an imperative to automate those parts of your workflow that can help you stay on top of your responsibilities. IMCSLive is just the type of tool you need to help you stay focused on strategic tasks because it helps automate the tactical tasks associated with managing and resolving problems, and lets you:
- Easily keep track of equipment problems and trouble
- Generate reports and work orders that show open and resolved problems
- Easily recall all information known about the instrument, including Status (for identification and location), Vendor (for purchase information), Service (for warranty and other service contract information), Problem (for logging problem information), Scheduling (for generating scheduled events), and Tasks (for logging information on tasks completed).
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Designed to quickly and easily generate analytical control charts for laboratory quality control programs, ControlChartPro Live delivers both precision and accuracy charts to your fingertips. For precision charts, ControlChart Pro Live calculates the centerline of the graph using the mean of the dataset. Control and warning limits are calculated as either a percentage of that mean or as a factor multiplied times the standard deviation from the mean. Precision charts represent best how reproducibly the process behaves over time. While similar to precision charts, accuracy charts allow you to define the centerline of the graph, expanding on the opportunities to view the data in a variety of ways. Accuracy charts are ideal for representations of how closely the process matches a known value over time.
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Most field site inspections are conducted using a clipboard. The data is then transcribed into an electronic spreadsheet for reporting - a laborious and error-prone process. ChemSW's new Site Inspection Live (SI Live) solution eliminates those issues. Now, Facility, Safety and Quality Control managers can upload inspection forms to a Windows Mobile handheld device; schedule and perform fast, mobile inspections for any type of asset or process -from fire extinguishers to fume hoods to hazardous materials; download the data into SI Live for reporting; and, automatically compile inspection reports that address regulatory requirements. Automated wizards and forms walk the user through template development and inspection processes. It's fast, simple, and accurate.
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Ensure Lab and Site Safety by Implementing Best Practices for Fire Code Reporting
by Jeff Tarter, Principal, Integrated Engineering Services
Addressing chemical fire code requirements in the laboratory enables organizations to satisfy regulatory requirements and provide safety for their employees, the community and the environment
Ensuring safety on site is high on the list of priorities for any organization. No one wants to be the cause of pain and suffering to any employee, visitor, the surrounding community, and certainly not the environment we are all trying so hard to protect. But accidents happen every day, many of which are caused by errors or oversights that could easily have prevented the incident. Addressing fire code requirements pertaining to chemical management on site, and reporting the organization's compliance efforts will help ensure that accidents don't happen.
The Importance of Fire Code Reporting
Laboratory scientists and chemists are quite knowledgeable about the various properties of the chemicals and materials with which they work. However, this type of knowledge is not enough to prevent accidents, nor does it address or include all the requirements of the various fire codes.
Safety training alone does not prevent accidents. The laboratory environment itself must be examined to create as much built-in safety as possible in order to minimize damage and injury in the event of human-error. There have been several changes to building and fire codes to improve safety, such as the modern requirement for fire-related control areas. In addition, modern construction materials are often designed to make buildings more burn resistant. While these are important changes, there is still more that can be done.
Addressing Best Practices for Fire Code & Regulatory Reporting
"Fire codes: is a catch-all term used to describe a wide range of codes designed to ensure protection from fire hazards by requiring specific storage, handling and disposal activities designed to ensure site safety. And, fire codes are just a start, as there are an astounding array of not only fire codes but also associated regulations that the organization's EH&S professionals must strive to meet.
Essentially, these requirements have been promulgated to protect workers, equipment, facilities and the environment from the hazards associated with chemicals. Because such requirements can number in the thousands, simply identifying all of the applicable chemical safety-related requirements that govern any particular work activity with chemicals can be a monumental task. Thus, this identification is an important component of any chemical inventory system which can be purchased from a software vendor that has thoroughly researched the requirements, particularly since the cost of these programs is reasonably low.
New White Paper Addresses Fire Code Reporting Requirement
The latest Best Practices white paper from ChemSW, entitled Best Practices for Fire Code Reporting, seeks to clarify one of the key aspects of laboratory and site safety by addressing best practices in fire code reporting. A close look is provided at applicable fire codes, how to identify inventory affected by fire codes, and how to leverage industry best practices for fire code reporting integrity. The most common points of failure in fire code reporting systems, from the transition of permits to ongoing management and reporting, are examined as well as how to gain control of fire code reporting to readily satisfy regulations.
To find out more about how you can implement the best practices involved in addressing fire code reporting, pl ease request a complementary copy of ChemSW's white paper entitled Best Practices in Fire Code Reporting, click here.
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