Abstract: A secondary containment system used to transport and store a tank containing fluid. The secondary containment system having a containment body comprising an end wall, a back wall, two side walls, a bottom, and a top, wherein the walls are integral to the bottom, and wherein the top can be displaced from the containment body. The containment body is constructed of a three-layer configuration comprising an inner layer, an outer layer, and a central layer sandwiched therebetween. The inner layer defines a chamber in which the tank containing the fluid is stored. The chamber is sized and shaped so that the tank is positioned in the chamber and defines a void between walls of the inner layer and the tank.

Abstract: A portable blending system that blends cleaner burning additives such as ethanol with unblended gasoline. Its portability enables locating the system at a user's site thereby enabling fuel blending at selected locations. The portable blending system includes a modular platform having a skid base that includes at least two longitudinally extending channels sized to accommodate a fork lift truck's forks, at least one feedpipe releasably attached to a user's storage tank that stores a selected liquid component such as ethanol or biodiesel, a loading arm assembly for transferring the selected liquid component to a tanker truck that stores a second liquid component such as a base gasoline, and electrical means having at least one conduit that connects the blending system to an external power source. The blending system can also includes a programmable logic controller, a vapor recovery adapter and an overfill monitor and overfill alarm.

Abstract: A secondary containment system used to transport and store a tank containing diesel exhaust fluid. The secondary containment system having a containment body comprising an end wall, a back wall, two side walls, a bottom, and a top, wherein the walls are integral to the bottom, and wherein the top can be displaced from the containment body. The containment body is constructed of a three-layer configuration comprising an inner layer, an outer layer, and a central layer sandwiched therebetween. The inner layer defines a chamber in which the tank containing diesel exhaust fluid is stored. The chamber is sized and shaped so that the tank is positioned in the chamber and defines a void between walls of the inner layer and the tank containing diesel exhaust fluid. The inner layer and outer layer are preferably constructed of a UV protected polyethylene, and the central layer is constructed of a 2?-2 lb. density polyurethane insulation material having an R17 value.

Abstract: A portable blending system that blends cleaner burning additives such as ethanol with unblended gasoline. Its portability enables locating the system at a user's site thereby enabling fuel blending at selected locations. The portable blending system includes a modular platform having a skid base that includes at least two longitudinally extending channels sized to accommodate a fork lift truck's forks, at least one feedpipe releasably attached to a user's storage tank that stores a selected liquid component such as ethanol or biodiesel, a loading arm assembly for transferring the selected liquid component to a tanker truck that stores a second liquid component such as a base gasoline, and electrical means having at least one conduit that connects the blending system to an external power source. The blending system can also includes a programmable logic controller, a vapor recovery adapter and an overfill monitor and overfill alarm.

Abstract: An above ground oil and water separator including a pump to draw potentially contaminated water from a containment area, and to supply a flow of water to an enclosure. An enclosure inlet pipe takes water from the diaphragm pump into the enclosure. A first sub-enclosure is formed within the enclosure by a wall containing a plurality of coalescing spheres. The coalescing spheres are bagged within the first wall and can be removed through an external lid during cleaning and removal of coalesced oil. A heat source contained within an electrical panel heats water and supplies the heated water to the enclosure to prevent freezing within the enclosure.

Abstract: An above ground oil and water separator including a pump to draw potentially contaminated water from a containment area, and to supply a flow of water to an enclosure. An enclosure inlet pipe takes water from the diaphragm pump into the enclosure. A first sub-enclosure is formed within the enclosure by a wall containing a plurality of coalescing spheres. The coalescing spheres are bagged within the first wall and can be removed through an external lid during cleaning and removal of coalesced oil. A heat source contained within an electrical panel heats water and supplies the heated water to the enclosure to prevent freezing within the enclosure.