Abstract: A system and methods for more quickly, accurately, and efficiently collecting, tracking, and transmitting sample collection data and information. Specifically, this involves the generation of printed labels in the field comprising labels with unique identifiers corresponding to specific sample collection data and information. The labels are printed at the location of the sampling and are applied on the outside of sample collection devices and at the location of sample collection. Each unique identifier is associated with a unique record number in the Electronic Chain of Custody (ECOC), corresponding to a specific sample.

Abstract: A system and methods for more quickly, accurately, and efficiently collecting, tracking, and transmitting sample collection data and information. Specifically, this involves the generation of printed labels in the field comprising labels with unique identifiers corresponding to specific sample collection data and information. The labels are printed at the location of the sampling and are applied on the outside of sample collection devices and at the location of sample collection. Each unique identifier is associated with a unique record number in the Electronic Chain of Custody (ECOC), corresponding to a specific sample.

Abstract: What is provided is a system and methods for more quickly, accurately, and efficiently collecting, tracking, and transmitting sample collection data and information. Specifically, this involves the generation of printed labels in the field comprising labels with barcodes corresponding to specific sample collection data and information. The labels are printed at the location of the sampling and applied on the outside of sample collection devices, such as bottles and coolers, for transport to desired environmental facilities. Each bar code is associated with a unique record number in the Electronic Chain of Custody (ECOC), corresponding to a specific sample. The collection information and data corresponding to the samples are automatically populated to databases in sample testing facilities upon scanning the barcodes. The ECOC is electronically transmitted to sample testing facilities prior to the arrival of the samples.

Abstract: What is provided is a system and methods for more quickly, accurately, and efficiently collecting, tracking, and transmitting sample collection data and information. Specifically, this involves the generation of printed labels in the field comprising labels with barcodes corresponding to specific sample collection data and information. The labels are printed at the location of the sampling and applied on the outside of sample collection devices, such as bottles and coolers, for transport to desired environmental facilities. Each bar code is associated with a unique record number in the Electronic Chain of Custody (ECOC), corresponding to a specific sample. The collection information and data corresponding to the samples are automatically populated to databases in sample testing facilities upon scanning the barcodes. The ECOC is electronically transmitted to sample testing facilities prior to the arrival of the samples.

Abstract: A sectioning apparatus (10) for a form-fitting cover (14) of an object includes multiple material coupling members (16) that are coupled to at least one portion (20) of the form-fitting cover (14). A separating assembly (18) is coupled to the material coupling members (16) and is separable into multiple separation mating members (22). The separating assembly (18) separates the form-fitting cover (14) into multiple sections (24).

Abstract: A bioremediation method and system for destroying or reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of spaced injection sites. The injection sites extend below ground and intersect a body of groundwater. Each of the plurality of injection sites are in communication with a supply of concentrated oxygen. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection points to naturally reduce the contaminants in the groundwater. The amount of oxygen delivered to the groundwater is maintained such that the amount of oxygen in the soil gas vapor is between 15% and 25%.

Abstract: A sectioning apparatus (10) for a form-fitting cover (14) of an object includes multiple material coupling members (16) that are coupled to at least one portion (20) of the form-fitting cover (14). A separating assembly (18) is coupled to the material coupling members (16) and is separable into multiple separation mating members (22). The separating assembly (18) separates the form-fitting cover (14) into multiple sections (24).

Abstract: A method and system for removing free phrase product from the surface of a subterranean body of water includes a plurality of extraction sites. The extraction sites extend below ground and intersect the free product. Each of the plurality of extraction sites is in communication with a vacuum supply which provides suction to remove free product from the surface of the groundwater.

Abstract: A bioremediation method and system for destroying or reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of injection sites. The injection sites extend below ground and intersect a body of groundwater. Each of the plurality of injection sites are in communication with a supply of concentrated oxygen. Each of the plurality of injection sites are also in communication with a supply of microbials. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection points. The microbials are also conveyed to the injection points to naturally reduce the contaminants in the groundwater.

Abstract: A bioremediation method and system for destroying or reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of injection conduits. Each injection conduit extends below ground and intersects a body of groundwater. A plurality of bore holes are formed in which a plurality of injection conduits are disposed. Each of the injection conduits includes an injection site formed at an end thereof, which are to be located in the groundwater at predetermined locations and depths. The injection conduits and thus the plurality of injection sites are in communication with a supply of concentrated oxygen. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection sites.

Abstract: A process and system for the self-regulated remediation of groundwater situated beneath the surface of a contaminated ground site is herein proposed.

Abstract: A bioremediation method and system for destroying or reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of spaced injection sites. The injection sites extend below ground and intersect a body of groundwater. Each of the plurality of injection sites are in communication with a supply of concentrated oxygen. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection points to naturally reduce the contaminants in the groundwater. The amount of oxygen delivered to the groundwater is maintained such that the amount of oxygen in the soil gas vapor is between 15% and 25%.

Abstract: A bioremediation method and system for destroying of reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of spaced injection sites. The injection sites extend below ground and intersect a body of groundwater. Each of the plurality of injection sites are in communication with a supply of concentrated oxygen. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection points to naturally reduce the contaminants in the groundwater.

Abstract: A method and system for removing free phrase product from the surface of a subterranean body of water includes a plurality of extraction sites. The extraction sites extend below ground and intersect the free product. Each of the plurality of extraction sites is in communication with a vacuum supply which provides suction to remove free product from the surface of the groundwater.

Abstract: A bioremediation method and system for destroying or reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of spaced injection sites. The injection sites extend below ground and intersect a body of groundwater. Each of the plurality of injection sites are in communication with a supply of concentrated oxygen. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection points to naturally reduce the contaminants in the groundwater.

Abstract: A bioremediation method and system for destroying or reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of injection conduits. Each injection conduit extends below ground and intersects a body of groundwater. A plurality of bore holes are formed in which a plurality of injection conduits are disposed. Each of the injection conduits includes an injection site formed at an end thereof, which are to be located in the groundwater at predetermined locations and depths. The injection conduits and thus the plurality of injection sites are in communication with a supply of concentrated oxygen. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection sites.

Abstract: A bioremediation method and system for destroying or reducing the level of contaminants in a contaminated subterranean body of water includes a plurality of injection sites. The injection sites extend below ground and intersect a body of groundwater. Each of the plurality of injection sites are in communication with a supply of concentrated oxygen. Each of the plurality of injection sites are also in communication with a supply of microbials. The oxygen is conveyed by a delivery mechanism from the supply of oxygen to the injection points. The microbials are also conveyed to the injection points to naturally reduce the contaminants in the groundwater.