Our Vision:
To achieve maximum customer satisfaction by setting new industry standards in delivering world class analytical services.
Our Aim :
To instill pride of ownership in the minds of our customers by focusing on accuracy of test results and speed of services.
Values We Strive For:
The foundation of ENVIRONMENTAL SOLUTIONS-USA rests upon the core values of integrity, honesty, fairness and loyalty to employees, customers, vendors and other associates. The commitment to fulfilling the company's vision is generously rewarded. We promote dedication to customer satisfaction, employee growth, integrity and excellence in our field of specialization.
ENVIRONMENTAL SOLUTIONS-USA is a fully certified environmental laboratory. We analyze groundwater, wastewater, drinking water, soil, sludge, food and tissue samples for environmental compliance and public health parameters. We also provide field collection services for groundwater and wastewater samples and conduct limnological studies.
Through its Water Care Services Division, ENVIRONMENTAL SOLUTIONS-USA keeps water-related systems clean by offering products, services & quality testing, including advanced chemical delivery systems to meet the water treatment needs of our customers. We protect our customers' property, production and bottom line profitability.
LABORATORY DEPARTMENT
ENVIRONMENTAL SOLUTIONS can provide comprehensive recommendations, including equipment and treatment options, to help our customers meet their toughest environmental challenges and stay in compliance with all regulations.
ENVIRONMENTAL SOLUTIONS Labs
are fully equipped with modern scientific instruments for delivering accurate results. The lab also has the backup of fully trained scientists for interpreting the results and presenting the same in shortest possible time period.
CHEMISTRY LAB
MICRO LAB
Copyright © 2004 by L.G., all rights reserved.
ENVIRONMENTAL SOLUTIONS-USA INC.
Disease-causing (pathogenic) microorganisms, like bacteria,
viruses and protozoa can cause swimmers to get sick. Fish and shellfish can become contaminated and people who eat them can become ill. Some serious diseases like polio and cholera are waterborne.
A whole variety of chemicals from industry, such as metals and solvents, and even chemicals which are formed from the breakdown of natural wastes (ammonia, for instance) are poisonous to fish and other aquatic life. Pesticides used in agriculture and around the home-- insecticides for controlling insects and herbicides for controlling weeds-- are another type of toxic chemical.
Water is an essential resource for living systems, industrial processes, agricultural production and domestic use.
The principal factors that are taken into consideration when determining water quality are:
turbidity, acidity & alkalinity, trace elements and nutrients such as nitrogen, phosphorus, halogens (chloride and fluoride ions), alkali metals (sodium and potassium ions), calcium and magnesium ions. microorganisms,dissolved oxygen content (DO). Also other Analysis like pH, Temperature, Hardness, Sulfates, Chlorine, Salinity, Conductivity, etc
Screening methods for detection of known organisms such as E. coli, Salmonella, and Pseudomonas are standard practice in the Food & Consumer Products Industry. Our Lab is able to take bacterial identification to the next level. Using advanced identification technology.
Analysis perform at the microbiology lab:
Indoor Environmental testing/Indoor Air Testing, Radon, Asbestos, etc...
CHAIN OF CUSTODY GUIDELINES
Standard Operating Procedure is applicable to the sample control procedures used for chain of custody of representative samples collected from various locations. It includes samples collected from both ambient and source locations.
A sample is physical evidence collected from a facility or from the environment. An essential part of all enforcement investigations is that evidence gathered be controlled. To accomplish this, the following sample identification and chain of custody procedures are established.
* The method of sample identification depends on the type of measurement or analyses performed. When in-situ measurements are made, the data are recorded directly in logbooks or Field Data Cards with identifying information, field observations, and remarks. Examples of in-situ measurements are pH, temperature, D.O., conductivity, and flow measurement. Samples other than in-situ measurements, are identified by a sample
tag or label. These samples are removed from the sample location and transported to a laboratory for analyses. Before removal, however, a sample is often separated into portions depending upon the analyses to be performed. Each portion is preserved in accordance with applicable procedures and each sample container is identified by a sample tag / label.
* Sample tags / labels shall be completed for each sample, using waterproof ink, unless prohibited by weather conditions. For example, a logbook notation would explain that a pencil was used to fill out the sample tag because a ball point pen would not function in freezing weather. The information recorded on the sample tag/label includes: Station Number - a number assigned by the project coordinator; Date - a six digit number indicating the year, month, day of collection; Time - a four digit number indicating military time of collection. e.g. 0954; Station Location - sampling station description; Samplers - each sampler is identified; Sample Number - a unique sample # established from the Field Data Card for each set of samples collected at one time and place; Parameter/pres. - the analysis to be conducted for the sample /sample preservation; Remarks - the samplers record pertinent observations affecting analyses, if any.
* A Field Data Card which assigns a unique number to each set of samples, must be completed for each sampling event. The field data card used for samples contains an appropriate place for designating the sample as a grab or a composite, and identifying the type of sample collected for analyses.
* Due to the evidentiary nature of samples collected during enforcement investigations, possession must be traceable from the time the samples are collected until they are introduced as evidence inn legal proceedings. To maintain and document sample possession, chain of custody procedures are followed. A sample is under custody if:
- It is in your possession, or
- It is in your view, after being in your possession, or
- It was in your possession and then you then locked it up to prevent tampering, or
- It is in a designated secure area.
* In collecting samples for evidence, collect only that number which provides a good representation of the media being sampled. To the extent possible, the quantity and types of samples and sample locations are determined prior to actual field work. As few people as possible should handle samples. The field sampler is personally responsible for the care and custody of the samples collected until they are transferred or dispatched
properly.
* Samples are accompanied by a chain of custody record. When transferring the possession of samples, the individuals relinquishing and receiving will sign, date, and note the time on the record. This record documents sample custody transfer from the sampler, often through another person, to the analyst at the laboratory. The samples are typically transferred to the sample receiving custodian at the laboratory.
The success of every analysis begins with the quality and completeness of the Chain of Custody/ Analytical Services Agreement form. The COC is a written document that refers to the authenticity of the collected samples and is crucial to provide valid, credible and legally sound laboratory test reports. The accuracy of laboratory findings is directly related to the accuracy of the sample collection. The COC is needed to ensure that the sample was collected utilizing proper protocol. Transportation, storage and handling of the sample sometimes influence lab results. Observation of the condition of the sample is important to consider before proceeding with the actual analysis. The lab bears the burden of proving that the sample was received, handled and analyzed by authorized laboratory personnel. For this reason, the lab makes note of any unusual characteristics of the sample.
"The professional's choice for Environmental Services"
