Abstract: A tubular includes a carbon steel main body defining a first flow passage. The carbon steel main body includes a first end and a second end. The carbon steel main body includes a beveled edge at the first end of the carbon steel main body. A corrosion resistant pup defines a second flow passage in-line with the first flow passage. The corrosion resistant pup includes a substantially same inner diameter and outer diameter as the carbon steel main body. The corrosion resistant pup includes a first end and a second end. The corrosion resistant pup includes a first beveled edge at the first end. The corrosion resistant pup is connected to the carbon steel main body by a weld along the beveled edge of the carbon steel main body and the beveled edge of the corrosion resistant pup.

Abstract: Thermal insulating system for high temperature industrial tanks and equipment, comprising thermal insulating material, a covering system and a support system. The covering system has covering sheets fixed only to the support system. Adjacent covering sheets overlap longitudinally giving rise to overlapped sections comprising an upper part from one of the adjacent covering sheets and a lower part from the other adjacent covering sheet. At least a substantially omega-shaped longitudinal assembly clip is placed at each overlapped section, on the interior sides of the covering sheets, which has a first end attached to the upper part, a central portion separated from the covering sheets, and a second end contacting the lower part of the overlapped section and pressing said lower part.

Abstract: A device for protecting a liquid from oxidation inside a container includes a first element supplying the liquid inside the container, a second element supplying the liquid outside the container and a control unit. A pneumatic control system is configured to produce an overpressure inside the container and on the liquid when the liquid is supplied outside the container, such that, following a decrease in the volume of the liquid inside the container, the pneumatic control system increases its volume by an amount equal to the change in the volume of the liquid. The pneumatic control system includes a variable capacity tank and a pipe supplying and discharging a fluid for filling the tank. A system supplying and discharging the filling fluid is connected to the pipe and the supplying and discharging pipe communicates with the variable capacity tank through a connection placed inside the container at its lower end.

Abstract: A new procedure for constructing cryogenic storage tanks involves erecting a freestanding metal liner. The liner is sized and configured to withstand the hydraulic forces the concrete wall of the tank being poured without the need for temporary stiffeners on the inside surface of lower portions of the liner. Lateral tension ties can be connected to anchor ties on an outward surface of the liner and used to tie the liner to outer formwork. These ties may be spaced up to about 2 m apart. Studs can also be provided on the outer surface of the liner, and a cylindrical ring of cryogenic steel can be integrated into the liner.

Abstract: A valve includes a valve body, a diaphragm dividing the inside of the valve body into first and second valve chambers and being displaced under a pressure of fluid, first and second openings in communication with the first valve chamber, and a third opening in communication with the second valve chamber. When a pump is not driven, the force applied to a side of the diaphragm facing the second valve chamber is greater than the force applied to a side of the diaphragm facing the first valve chamber, and the second opening is sealed by the diaphragm. When the pump is driven and the force applied to the side of the diaphragm facing the first valve chamber becomes greater than the force applied to the side of the diaphragm facing the second valve chamber, the diaphragm allows the first and second openings and to communicate with each other.

Abstract: There is provided a method for constructing a cylindrical tank, including the step of assembling a metal inner tank by individually and sequentially conducting, on an internal side of a PC wall, raising of an inner tank lateral plate by a jack-up unit and welding of a next-stage inner tank lateral plate onto a lower section of the raised inner tank lateral plate, further including the step of installing a guide pair configured to sandwich the raised inner tank lateral plate onto the next-stage inner tank lateral plate that is to be welded therebeneath. As a result, in the case of adopting the jack-up construction system, it is possible to prevent an inner tank lateral plate from being attached next from falling.

Abstract: The present disclosure is directed to a liquid control mobility receptacle for storage, filtration, distribution, and transportation of liquids. The liquid control mobility receptacle has a main body that encloses a front security enclosure, a pump enclosure, and a main enclosure for storage of liquids. The main enclosure is disposed between the pump enclosure and the front security enclosure. An internal power source is enclosed within the front security enclosure and is electrically coupled to a pump, which is enclosed in pump enclosure. A fill line is provided to pump liquid from a liquid source into the main enclosure. A recirculation line is provided to recirculate fluid in within the main enclosure. A supply line is provided for pumping fluid out of the main enclosure. In some examples, the liquid control mobility receptacle has an internal power source that is a diesel engine, and the security enclosure further houses a fuel enclosure that is fluidly coupled to the diesel engine.

Abstract: A multi-stage gas compression, storage and distribution system utilizing a hydrocarbon gas from a municipal gaseous supply line in a manner that does not affect an operational integrity of said municipal gaseous supply line includes an inlet line fluidly in fluid communication with a supply of hydrocarbon gas at a first pressure, a first compression unit configured to compress the hydrocarbon gas from the inlet line to a second pressure, a first storage vessel configured to receive the hydrocarbon gas from the first compression unit for storage at the second pressure, a second compression unit configured to compress the hydrocarbon gas from the first storage vessel to a third pressure, and a second storage vessel configured to receive the hydrocarbon gas from the second compression unit for storage at the third pressure.

Abstract: A double-walled above-ground storage tank includes a primary tank and a secondary tank, and an interstitial space; an containment chamber formed by a primary chamber wall and a secondary chamber wall, forming a chamber interstitial space therebetween, and an exterior door assembly; and at least one pipe and valve assembly wherein the pipe originates in the tank interior volume and the valve is disposed within the chamber.

Abstract: The present invention provides a chemical container or system for storing and dispensing chemicals, and in particular liquid chemicals such as fuels and the like. The chemical container has a first container portion for storing the chemical itself, and a second container portion with a vapor filter for receiving, containing, and filtering or adsorbing gases or vapors that are associated with the chemical and which may be vented from the first container portion. This dual-chamber system avoids buildup of excessive vapor pressures inside of the containers, but filters any vented gases so that noxious or undesirable vapors are not emitted into the surrounding environment. In some embodiments, the second container portion covers only a portion of the first container portion, while in other embodiments, a second container completely surrounds a first container.

Abstract: A multi-phase separation apparatus shapes fluid flow in a flow shaping line preferably shaped to have a plurality of loops with consecutively decreasing diameters. Shaping the two-phase flow drives the heavier, denser fluids to the outside wall of the flow shaping line and allows the lighter, less dense fluids such as gas to occupy the inner wall of the flow shaping line. With the gas positioned on the inner wall, an exit port on the inner wall permits a majority, if not all, of the gas, along with a minimal amount of liquid, to be diverted to a conventional gas-liquid separator at a flow rate much lower than the total flow rate within the flow shaping line. The remaining liquid flow in the flow shaping line is subsequently introduced into an adjustable phase splitter to separate different liquid components from one another.

Abstract: A gasoline storage device, which is regulated to prevent gasoline from vaporizing, and is fabricated from a soft gasoline bag made from soft material that has been processed and coated on both sides so as to be resistant against gasoline and the majority of chemical liquids. The soft gasoline bag can be folded into a small size, directly disposed into a steel gasoline tank and allowed to unfold. Expandable hoses are used to respectively connect to the existing gasoline inlet pipe, gasoline-measuring pipe and manhole of the steel gasoline tank. The soft properties of the soft gasoline bag are used to isolate the gasoline stored within the steel gasoline tank from the air, thereby reducing vaporization of gasoline, pollution and wastage.

Abstract: A heating assembly for heating a liquid storage tank includes a heat exchanger tank supported in one wall of the storage tank to extend into the storage tank in contact with liquid stored therein. The heat exchanger tank contains a heat exchanger fluid therein which is heated by a burner tube extending through the heat exchanger tank whereby heat is only transferred to the liquid in the storage tank through the heat exchanger fluid. A controller actuates the burner head of the burner tube to maintain temperature of the heat exchanger fluid between upper and lower temperature limits. The operation of the burner head is interrupted in response to temperature of the liquid in the storage tank exceeding an upper limit, or fluid level in the heat exchanger tank being below a lower limit as determined by respective sensors.

Abstract: The present invention provides a composition comprising a solvated aromatic amine and a liquid carrier, wherein said solvated aromatic amine is the reaction product of an aromatic amine and at least one of any anhydride, an isocyanate or an acid in the liquid carrier. The present invention also provides a method of preparing a composition comprising a solvated aromatic amine and a liquid carrier, said method comprising the steps of providing a reaction mixture comprising: a) an aromatic amine; b) at least one of an anhydride, an isocyanate or an acid; and c) a liquid carrier; and heating the reaction mixture at an elevated temperature to provide the solvated aromatic amine in the liquid carriers. The present invention further provides the use of the compositions for the preparation of the curable compounds and for gasoline resistant coatings.

Abstract: A floating roof and emergency overflow drainage system for water accumulated on the floating roof covering liquid in a storage tank, including: a. a water collection sump formed as a downward extending recess in the top surface of the roof, b. a first drainage duct having an inlet within the water collection sump, an outlet for draining water below the sump, and an intermediate portion, c. a second drainage duct having an inlet above the top surface of the roof, an intermediate portion, and an outlet in fluid communication with the intermediate portion of the first duct in the sump, and d. an emergency overflow duct including: (1) an inlet in fluid communication with the second duct, and (2) a distal portion extending downwardly and terminating in an outlet below the sump and in the stored liquid.

Abstract: In accordance with one implementation, a floating cover system includes a plurality of cover-tethering mounts mounted along the periphery of a holding tank. Each of the cover-tethering mounts includes a guide portion insertable through a cover-holding element that it attached along a periphery of a holding tank cover. When secured to the plurality of cover-tethering mounts, the holding tank cover can rise and fall within the holding tank responsive to volumetric changes in the liquid and/or gas contained in the holding tank.

Abstract: A tank (10) having a casing (20) with a bottom (21) together with a side wall (23) and a top wall 22. The tank (10) has at least one sloping wall (30) for providing at least one slope (30) for directing said fuel towards a predetermined zone (100) of the tank (10) by gravity, said sloping wall (30) subdividing the inside volume of the tank into a main volume (V1) and an under-slope volume (V2) both of which are to receive fuel. Said tank (10) is provided with a fuel transfer system (40) for transferring fuel from the under-slope volume (V2) to the main volume (V1), and from the main volume (V1) to the under-slope volume (V2).

Abstract: A liquefied gas tank includes an inner tank (2) that stores liquefied gas and is disposed so as to be capable of self-standing on a floor surface (F), and an outer tank (3) that is covered over the inner tank (2) and is supported by an upper face portion (2a) of the inner tank (2). The outer tank (3) is configured to be capable of sliding on the upper face portion (2a) of the inner tank (2) in response to expansion and contraction in the horizontal direction of the inner tank (2), and to be capable of moving in response to expansion and contraction in the vertical direction of the inner tank (2). A ceiling portion (3a) of the outer tank (3) that is placed on the upper face portion (2a) of the inner tank (2) is not fixed to the upper face portion (2a) of the inner tank (2), and the inner tank (2) and the outer tank (3) are configured to be capable of sliding in the horizontal direction relative to each other.

Abstract: The invention relates to a fluid storage tank having an interior volume and a floor and having an internal spill containment chamber comprising a vent gas scrubbing apparatus or scrubber. The chamber may be defined by a containment wall which completely separates the chamber from the tank interior volume. The containment wall may comprise an exterior portion which extends beyond the tank wall. The scrubber is disposed within the chamber and comprises a gas inlet passing through the containment wall into the tank interior volume, a gas outlet for venting scrubbed gases, and a gas scrubbing chemical storage and circulation system.

Abstract: The invention relates to a fuel tank (1) consisting of thermoplastic, with at least one continuous seam (3), with a filler orifice, with means for aeration and venting and with means for the conveyance and extraction of fuel which are in the form of at least one fuel conveying unit (11) arranged inside the fuel tank (1). In the fuel tank (1) according to the invention, with the exception of the filler orifice, no orifices or perforations which are substantially larger than the diameter of the line to be led through are provided in the tank wall, instead the fluid lines and/or electrical lines led out of or into the fuel tank (1) pass through the seam (3) of the fuel tank (1) so as to extend at an angle with respect to the profile of the seam (3), and/or are led partially through the filler orifice and, if appropriate, a filler neck adjoining the filler orifice.

Abstract: Floating roof tanks typically have a leg-actuated pressure-vacuum vent to provide relief upon emptying or filling the space below the roof. This vent leg must hit prior to other legs requiring additional working capital inventory (heel). This retrofit non-leg actuated pressure vacuum (P-V) vent reduces inventory. This P-V vent retrofit provides necessary pressure or vacuum management and at less required tank bottom inventory. The retrofit vent also eliminates the leg-actuated P-V vent.

Abstract: The present disclosure relates to a storage tank which includes a sloped internal plate(s) fabricated within a bottom portion of the tank to form an internal sloping floor. The storage tank may further include at least one optional sump and/or optional support saddle extending out from the tank body. The tank may include internal lining that covers at least a portion of the interior of the tank. A draw-off pipe may be included for removing water, sludge, or other undesirable elements collected at the base of the internal sloping floor.

Abstract: A fuel tank for a vehicle is made of a cast aluminum alloy and has good ductility and toughness. The cast aluminum alloy is subjected to a heat treatment at a temperature of no less than about 350° C. and no more than about 390° C. to possess a Vickers hardness of about 70 HV or less.

Abstract: The invention relates to a fluid storage tank having an interior volume and a floor and having an internal spill containment chamber comprising a vent gas scrubbing apparatus or scrubber. The chamber may be defined by a containment wall which completely separates the chamber from the tank interior volume. The containment wall may comprise an exterior portion which extends beyond the tank wall. The scrubber is disposed within the chamber and comprises a gas inlet passing through the containment wall into the tank interior volume, a gas outlet for venting scrubbed gases, and a gas scrubbing chemical storage and circulation system.

Abstract: The invention concerns a process for the production of a container, in particular a fuel tank of thermoplastic material, by extrusion blow molding, wherein during shaping of the container within a multi-part tool the container is provided with at least one connecting element passing through the wall thereof, wherein with at least a part of the connecting element as a lost shaping male die the wall of the container is displaced from one side into a tool placed on the oppositely side of the container wall and removed. The invention further concerns a fuel tank with at least one connecting element which is connected to the tank wall at least in region-wise manner by intimate joining of the materials involved.

Abstract: A gasoline storage device, which is regulated to prevent gasoline from vaporizing, and is fabricated from a soft gasoline bag made from soft material that has been processed and coated on both sides so as to be resistant against gasoline and the majority of chemical liquids. The soft gasoline bag can be folded into a small size, directly disposed into a steel gasoline tank and allowed to unfold. Expandable hoses are used to respectively connect to the existing gasoline inlet pipe, gasoline-measuring pipe and manhole of the steel gasoline tank. The soft properties of the soft gasoline bag are used to isolate the gasoline stored within the steel gasoline tank from the air, thereby reducing vaporization of gasoline, pollution and wastage.

Abstract: A safe and environmental protection type underground oil tank can comprise a tank body of two-layer structure comprising an inner tank wall and an outer tank wall, an interlayer space formed between the inner tank wall and the outer tank wall, characterized in thai high porous explosion-proof materials in a plurality of units are respectively filled in a cavity of tank body and the interlayer space formed between the two-layer tank walls. The underground oil tank can also comprise an oil leak detection device being provided in the interiayer space between the two-layer tank walls, and an oil spill pool being established on a manhole cover of the tank body, and the bottom of this oil spill pool being in communication with the interiayer space between the two-layer tank walls.

Abstract: A dry air fuel vent breather to remove the moisture from air entering a fuel system is provided. When air flows in to the breather from the outside, it is forced through a desiccant cartridge. When air is exhausted from the system, it bypasses the desiccant cartridge.

Abstract: An apparatus for separately containing fuel and an exhaust gas treatment fluid on a vehicle, such as an SCR reductant, includes a fuel tank having a perimeter wall and at least one end wall defining an internal space for containing fuel, a portion of the perimeter wall extending beyond the at least one end wall to form a rim defining with the at least one end wall a recess, and, a second vessel for containing the reductant or other treatment fluid having a shape conforming to the recess, the second vessel being supported in the recess.

Abstract: A welding material, comprising a modified polyethylene resin composition (Z) comprising from 0.5 to 95 wt % of a modified polyethylene resin (X) having at least one monomer selected from the group consisting of an unsaturated carboxylic acid and its derivative, grafted to a polyethylene resin (A) having a density of from 0.910 to 0.965 g/cm3 and a MFR (temperature: 190° C., load: 2.16 kg) of from 0.1 to 5.0 g/10 min, and from 5 to 99.5 wt % of an unmodified polyethylene resin (Y) having a density of from 0.930 to 0.965 g/cm3, a MFR of from 0.01 to 5.0 g/10 min and a melt flow rate ratio (HL-MFR (temperature: 190° C., load: 21.6 kg)/MFR of from 40 to 270, and having a density of from 0.938 to 0.965 g/cm3 and a MFR of from 0.05 to 1.0 g/10 min.

Abstract: An assembly mountable to a fuel tank and connectable to a carbon canister includes a housing defining an internal cavity. A vapor vent valve is configured to permit fluid communication from the fuel tank through the vapor vent valve from an inlet to an outlet, and in all cases is isolated from the internal cavity so that fluid flows through the vapor vent valve from the inlet to the outlet without fluid communication with the internal cavity. A first vent line connects the outlet of the vapor vent valve with a first port of the housing. A second vent line connects a second port of the housing with the carbon canister. At least a portion of the first vent line is above a predetermined liquid fuel level within the tank when the assembly is mounted to the fuel tank and tilted at up to a predetermined angle.

Abstract: A double-walled above-ground storage tank includes a primary tank and a secondary tank, and an interstitial space; an containment chamber formed by a primary chamber wall and a secondary chamber wall, forming a chamber interstitial space therebetween, and an exterior door assembly; and at least one pipe and valve assembly wherein the pipe originates in the tank interior volume and the valve is disposed within the chamber.

Abstract: A security device protects the vulnerable portions or accessories of a bulk storage tank or container against unauthorized access. The device includes a housing that covers the vulnerable portions of the tank, the housing having two or more lockable doors that selectively permit access to the tank or container via two or more respective apertures. A first door is openable after unlocking a readily-accessible lock, while the second movable door is openable after an elongate lock member that is positioned internally within the housing is moved to an unlocking position. The elongate lock member can be moved to its unlocking position after the first door is opened. Certain tank operations, such as dispensing fuel, may be carried out after unlocking and opening a single door, while other operations, such as refilling the tank, may be accomplished after opening a second door once the first door has been opened.

Abstract: A method of reducing fuel vapor permeation through a multi-layer tank includes providing a multi-layer overlay onto at least a portion of a structural layer of the multi-layer tank. The multi-layer overlay preferably comprises at least one structural layer composed of a polymeric material that is compatible with one or more of the polymeric structural layer(s) of the multi-layer tank. The multi-layer overlay further comprises at least one barrier layer composed of a vapor barrier material resistant to hydrocarbon permeation therethrough. The multi-layer overlay may be secured to the multi-layer tank by, for example, applying a suitable amount of heat and pressure thereto or by molding the multi-layer overlay to the tank body during a tank forming process.

Abstract: Fuel delivery modules are already known having a tank flange and having an accumulator pot which is connected to the tank flange by means of at least one guide rod and which is mounted so as to be axially movable along the guide rod, where the guide rod is pressed with one end into a receptacle of the tank flange. It is disadvantageous that the receptacle is expanded over the entire longitudinal extent as the guide rod is pressed in. As a result of tolerance fluctuations in production, excessively high pressures can occur in the receptacle here, which pressures can cause cracks in the receptacle. This leads to rejects and therefore to high production costs. In the fuel delivery module according to the invention, damage to the receptacle during assembly is prevented.

Abstract: A system for the cold-weather storage of gaseous fuels includes a gas source having an inlet pressure, a compressor having an inlet and an outlet, the inlet selectively communicating with the gas source and the outlet having a discharge pressure greater than the inlet pressure, a heat exchange apparatus having an inlet and an outlet, the inlet selectively communicating with the compressor so as to receive pressurized gas therefrom, a high-pressure storage tank having an inlet and an outlet, the inlet selectively communicating with the compressor so as to receive pressurized gas therefrom, and a valve assembly for selectively directing the pressurized gas to the heat exchange apparatus and the high-pressure storage tank in dependence upon a temperature within the storage tank.

Abstract: A floating roof and emergency overflow drainage system for water accumulated on the floating roof covering liquid in a storage tank, including: a. a water collection sump formed as a downward extending recess in the top surface of the roof, b. a first drainage duct having an inlet within the water collection sump, an outlet for draining water below the sump, and an intermediate portion, c. a second drainage duct having an inlet above the top surface of the roof, an intermediate portion, and an outlet in fluid communication with the intermediate portion of the first duct in the sump, and d. an emergency overflow duct including: (1) an inlet in fluid communication with the second duct, and (2) a distal portion extending downwardly and terminating in an outlet below the sump and in the stored liquid.

Abstract: A system, including an enclosure and a module, where the module is disposed in the enclosure such that a tab of the enclosure is disposed in a slot of the module; and the module is configured to rotate about the slot. The enclosure can also be configured to receive modular mounting structures. The enclosure can also include multiple panels that create a smaller opening.

Abstract: This storage facility (I) comprises at least one light fuel tank (C1, C2, C3) and at least one heavy fuel tank (C4), each one of the tanks being equipped with a vent pipe (12, 22, 32, 42). All of the vent pipes open into the same collector (14) intended to communicate these pipes with one another and to be connected to a tank (10) of a delivery vehicle. Furthermore, whether respectively associated with a light fuel tank or a heavy fuel tank, the vent pipes are provided with means (13, 23, 33, 43) for condensing the vent gases flowing through these pipes, the condensates from these condensation means being discharged into the or at least one of the light fuel tanks. It is thus possible to minimize the discharge of light fuel vapors from the facility, whether into the atmosphere or into the tank of the delivery vehicle.

Abstract: The present invention relates to anti-sloshing LNG cargo tanks to mitigate a sloshing phenomenon. The anti-sloshing LNG cargo tank having a first barrier for preventing leakage of a cryogenic LNG, a second barrier and an insulation pad provided to supplement the first barrier, includes: an anti-sloshing bulkhead for partitioning a space in the LNG cargo tank into a plurality of spaces to reduce a sloshing phenomenon of the LNG that moves in the LNG cargo tank; and a stool part united at a first surface thereof to an inner wall of an LNG carrier body and united at a second surface thereof to the anti-sloshing bulkhead to fasten the anti-sloshing bulkhead to the inner wall of the LNG cargo tank. The stool part is coupled to the first barrier and the second barrier and having the insulation pad therein, thus preventing the cryogenic LNG from leaking towards the inner wall of the LNG carrier body or from exchanging heat with the inner wall of the LNG carrier body.

Abstract: A fluid storage tank has an internal spill containment chamber and a separator having a fluid inlet, a gas outlet and a liquid outlet passing into the storage tank.

Abstract: A method for manufacturing a tank for storing flammable and combustible liquids underground includes fabricating a cylindrical tank core. Structurally, the core encloses a chamber and has an outer surface. Further, the core includes at least one opening for monitoring the integrity of the chamber positioned on the core's bottom centerline. Also, the tank includes a screen attached to the outer surface of the core along the bottom centerline to cover the opening. Moreover, a foil is affixed to the screen and to the outer surface of the tank core. Sprayed or applied on the foil is a seamless jacket formed from polyurea, thermoplastic, polyurethane or polyamine epoxy to encapsulate the tank core.

Abstract: The Invention is an underground storage tank apparatus and method. A buried underground storage tank has a tank sump and a manway defined by a manhole skirt side wall communicating from the surface of the ground to the tank sump. A sediment trap is disposed annularly within the manway and intercepts water and sediment flowing down the manhole skirt wall. An inside wall of the sediment trap is in an annular spaced-apart relation with a tank sump perimeter watt, which together define an annular space interior volume that receives water that overtops the sediment trap inside wall and which receives liquid that overtops the tank sump perimeter wall.

Abstract: A floating roof and emergency overflow drainage system for water accumulated on the floating roof which is adapted to cover a liquid storage tank containing a liquid product, the tank adapted to contain the liquid product up to a predetermined maximum level on the roof's top surface, comprising: a. a water collection sump formed as a downward extending recess in the top surface of the roof and adapted to receive water accumulated atop the roof, b. a first drainage duct having an inlet within the water collection sump at an elevation below the top surface of the roof, an outlet for draining water at an elevation below the sump, and an intermediate portion extending transversely between the inlet and the outlet, c. a second drainage duct having an inlet above the top surface of the roof, an intermediate portion extending downwardly from the inlet, and an outlet in fluid communication with the intermediate portion of the first duct in the sump, and d.

Abstract: A system for harvesting, storing, and generating energy, that includes floating structure supporting machinery to extract energy from wind, waves, surface generators, or currents. At least one energy storage and power generating unit is anchored to the seafloor and adapted to tether the floating structure to the unit. The unit includes an internal chamber into which water flows through a hydroelectric turbine to generate electrical energy. A pump is provided, powered by energy from the floating structure machinery, to evacuate water from the unit and a control system directs power from the machinery to pump water out of the unit during periods of excess energy extraction by the machinery and to allow water to flow into the chamber through the hydroelectric turbine to generate electrical energy during periods of lower energy extraction by the machinery.

Abstract: A combustion device in the form of a paraffin stove (10) comprises a fuel reservoir (12), a burner (14), stand pipe (16) which extends between the reservoir (12) and the burner (14) and a stove top (18). The reservoir (12) comprises a rigid, air-tight outer container (22) and a deformable bladder (25) for holding paraffin (27) which is located within the container (22). The bladder has an outlet (44) which is connected to the stand pipe (16). A conduit (51) which can be connected to a source of compressed air is connected to the container (22) for pressurizing the container (22) to exert a force on the bladder (25) sufficient to cause the paraffin to be delivered to the burner (14) where it is ignited to produce a flame.

Abstract: Sealed, thermally insulated terrestrial tank built into a bearing structure (1), comprising a thermally insulating barrier comprising a plurality of insulating blocks (14), each insulating block comprising a plywood panel and containing or carrying thermally insulating material, the said insulating blocks (14) being fastened directly against the bearing structure (1) by means of beads (3) of mastic positioned on the panels of the said insulating blocks along mutually parallel lines, characterized in that at least two of the said beads (3) on the panel of at least one of the said insulating blocks (14) are arranged along wavy parallel lines.

Abstract: The invention relates to a method for the production of hollow bodies from thermoplastic plastic. The method comprises the extrusion of at least two sheet-like preforms consisting of thermoplastic plastic, the introduction of the preforms into a preferably multipart molding die with a molding cavity which at least partially defines the contour of the hollow body to be manufactured, and the shaping of the preforms inside the die, using a vacuum and/or gas pressure in the first heat of the material. The method is distinguished in that at least two preforms to be shaped into a hollow body and to be connected are extruded successively, that is to say sequentially, in time and are shaped simultaneously.

Abstract: A storage container for water-endangering liquids comprises a leakage detection and restraint system. The storage container provides a container that allows for a short-notice alarm system and that minimizes the collection volume, that is to ensure that the water-endangering liquid spreads as little as possible, as well as to reduce construction and maintenance costs. The storage container is characterized by the following features: a gutter (4) surrounding the tank (13) that is directly contiguous with the outer wall (2) of the storage container and that collects leaked liquid, at least one gutter outlet (14), at least one liquid collection container (6), and at least one detection system (12) for the water-endangering liquids. The gutter outlet (14) is adapted to guide the liquid collected in the gutter (4) to the liquid collection container (6) that is provided with the detection system (12).

Abstract: A reservoir assembly for containing a non-corrosive liquid and a gas containing an evaporated liquid. The reservoir assembly includes a main reservoir having a main reservoir bottom wall, a main reservoir top wall and a main reservoir peripheral wall extending therebetween. An auxiliary reservoir, is provided having an auxiliary reservoir bottom wall and an auxiliary reservoir peripheral wall extending therefrom defining a peripheral wall top edge. The auxiliary reservoir located inside the main reservoir with the auxiliary reservoir peripheral wall adjacent the main reservoir peripheral wall to allow an infiltration of the non-corrosive liquid therebetween when the auxiliary reservoir is filled and the non-corrosive liquid overflows over the peripheral wall top edge. A deflector, is mounted inside the main reservoir to the main reservoir peripheral wall, having a deflector free end located above the auxiliary reservoir.