Carrying out a Laboratory Information Management System (LIMS) in an Army Corps of Engineers Water Quality Testing Laboratory

The present natural research center faces various tests like upgraded administrative oversight, diminishing expenses per test, and various lab accreditations that are offered or potentially required. Choosing the LIMS that will "fit" your lab is significant, however, so is finding a framework that has the adaptability to adjust to the progressions that will be needed by the research center throughout the long term. These progressions will happen as far as detailing, yet in addition as far as the capacity to coordinate new instrumentation, estimations, screens, and future programming. For more information visit the Baytek International Company.

While choosing a LIMS, have a decent comprehension of the necessities of current and future research center requirements. Similarly as significant in choosing the usefulness that coordinates with the lab necessities is choosing an innovation stage that is effectively overseen and uses open design.

The Army Corps of Engineers' Laboratory picked SQL Server as the backend information base given the power of the item. Microsoft® Access was picked as the front-end information base to some degree as a result of its arrangement for consistent joining. These capacities permit clients to trade straightforwardly from the LIMS to any of the projects in the Microsoft Office suite as well as the other way around. Collaboration, for example, upgrades the adaptability of the LIMS.

There are many elements in a LIMS; be that as it may, the essential functionalities incorporate example following, information section, test planning, QA/QC, electronic information passage, synthetic and reagent stock, and faculty and gear the executives. Different elements that assist with expanding usefulness and productivity incorporate the utilization of scanner tags, information lumberjacks, instrument reconciliation, and particular programming modules like expense bookkeeping/time following.

The Washington Aqueduct, a division of the US Army Corps of Engineers, works two water treatment offices and a water quality research center in Washington, D.C., which perform testing on a wide exhibit of water and wastewater tests. Washington Aqueduct is a discount water maker serving 1,000,000 inhabitants in Washington, D.C., Arlington County, Virginia, and Falls Church, Virginia. Challenges looked by numerous natural research facilities incorporate improved administrative oversight, diminishing expenses per test, and various lab accreditations that are offered as well as required. The Washington Aqueduct research facility executed a Laboratory Information Management System (LIMS) as its information the executives answer for battle a portion of these difficulties.

Test Master® Pro LIMS offered Washington Aqueduct their capacity to follow tests, information passage abilities, test planning capacities, QA/QC, electronic information section, substance and reagent stock, and faculty and gear the executives. The Washington Aqueduct is likewise expected to expand its usefulness and effectiveness. These difficulties were met using barcoding, instrument joining, and concentrated programming, which offered an expense bookkeeping/time following module. This paper will zero in on the method involved with executing a Laboratory Information Management System, stream outlining through programming establishment, instrument joining, and full robotization.


Washington Aqueduct has two water treatment plants with a high example throughput. With expanding requests on natural research centers, it became apparent at the Washington Aqueduct lab that information the board program was expected to deal with the huge swath of tests. Choosing a Laboratory Information Management System (LIMS) for an ecological testing research facility requires a strong comprehension of what assignments are right now performed by the lab and a thought of which errands the lab might need to act on later on.

This is critical because of the requests made upon the research center and the way that they will change over the long haul requiring information on the executive’s framework to give adaptability to develop the lab. This paper will depict exhaustively the LIMS assessment interaction and establishment of Sample Master® Pro just as the results of computerization at the Washington Aqueduct lab.



Numerous labs produce a Request for Proposal (RFP) that incorporates a rundown of highlights and functionalities that are needed to mechanize the research center. RFP's likewise diagramed the kind of framework expected to coordinate the different information frameworks inside the research facility.

A few research facilities likewise remember equipment for their solicitation for proposition and request that the merchant conveys a "turnkey" framework, including equipment and programming. This furnishes the LIMS seller with a reasonable comprehension of the necessities of the research center, presently and later on, and places the obligation of guaranteeing that the whole arrangement is finished and viable upon the LIMS merchant.

The Washington Aqueduct Laboratory set up a LIMS execution board of trustees made out of agents from the executives, data administrations, and research facility staff. The panel fostered a natty gritty LIMS RFP, which was introduced to Accelerated Technology Laboratories, Inc. (ATL) just as a few other LIMS sellers. Every seller was asked to respond to a progression of inquiries identifying with the Washington Aqueduct LIMS particulars, the organization, support choices, organization capabilities, LIMS experience, and industry-explicit references.

The points of interest of the RFP incorporated a nitty gritty depiction of the usefulness of the different elements or modules of the LIMS. The RFP started with inquiries on Sample Tracking, QA/QC, Electronic Data Transfer, Chemical and Reagent Inventory, and Personnel and Equipment Management. Other key components of the RFP remembered demands for data for factual capacities, information lumberjacks to transfer information to the LIMS, barcoding, instrument reconciliation, and time following programming for cost bookkeeping, custom report creation, and future incorporation with the SCADA1 framework used by the water treatment plants.

The RFP likewise mentioned the LIMS merchant to give the equipment server, including Microsoft SQL Server Licenses and back-up programming. One more part of the RFP zeroed in on the skill of the LIMS merchant, their accreditations, and the staff liable for the establishment and execution.

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