Abstract: A mobile system (100) for treating an accumulator, a battery, a cell and/or a vehicle that includes an accumulator, a battery, a cell. The system is arranged on a mobile vehicle, e.g. a truck, a trailer, the system comprising at least one container/reactor (101) in which the pressure can be increased from 2 to 40 bar, and the container/reactor having at least one door (102) for hermetically opening and closing the container/reactor (101), a heating element/device 110 for raising the temperature inside the container/reactor to at least 100° C. and at least one H2O supply.

Abstract: A protective housing (100) for batteries, accumulators and electrical cells, with a body (101) which forms a chamber (105) for accommodating the battery, accumulator and/or electrical cells. The housing has at least one chamber, wherein this chamber extends over at least one surface forming at least one wall of the housing and forms a cavity to receive water therein. The cavity has at least one one-way valve for relieving excess pressure and an inlet channel for filling the cavity with water, and the chamber has at least one connection via an electrical cable (107) to the outside of the housing (100) and at least one inner surface (109) of the housing forming the cavity in which the thermally conductive water is present.

Abstract: A method for processing accumulators, batteries and the like, which contain lithium, lithium ions, sodium, potassium and/or nickel as active components. According to the invention, the following steps are carried out; —introducing an accumulator, a battery, cell or the like, that contains lithium, lithium ions, sodium, potassium and/or nickel, into a chamber/reactor (13,23); —introducing water (H2O) (B, B2) in to the reactor (13,23); bringing the content of the reactor (13) to a temperature between 120° C. and 370° C. at a pressure between 2 and 250 bar.

Abstract: A method for processing accumulators, batteries and the like, which contain lithium, lithium ions, sodium, potassium and/or nickel as active components. According to the invention, the following steps are carried out; introducing an accumulator, a battery, cell or the like, that contains lithium, lithium ions, sodium, potassium and/or nickel, into a chamber/reactor (13,23); introducing water (H2O) (B, B2) in to the reactor (13,23); bringing the content of the reactor (13) to a temperature between 120° C. and 370° C. at a pressure between 2 and 250 bar.

Abstract: The flame retardant foam is a molded form of a mixture containing at least a cellulose containing powder, a hydrophilic polymer, a foamable thermoplastic resin, a flame retardant, and water. The mixture contains at least one of tricalcium phosphate or silica as a dispersant.

Abstract: Provided is a pulverizing apparatus (100) including a pulverization chamber (110) provided with a plurality of stationary blades (111) on an inner peripheral surface, a rotary shaft (120) rotatably supported by the pulverization chamber (110), a plurality of rotary plates (130) fixed to the rotary shaft (120) and separated with intervals in the horizontal direction, and having a plurality of a rotary blades (131) on an outer peripheral surface, tip ends of the rotary blades (131) having space of 0.3 to 0.5 mm between tip ends of the stationary blades (111), a paper powder feed port (140) to which paper powder is fed, a rotation driving unit (150) which rotates the rotary shaft (120) so that a peripheral speed of the tip ends of the rotary blades (131) is 19 to 30 m/sec, and a screen (160) arranged inside the pulverization chamber (110) having mesh openings of 130 to 400 ?m.

Abstract: Provided is a fine paper powder-containing resin molded object with a content of a thermoplastic resin being reduced to offer a lighter weight and a superior mechanical strength, and a manufacturing method thereof. The fine paper powder-containing resin molded object (1) is made from a thermoplastic resin containing fine paper powder and is composed of a non-foam layer (2) formed on the surface and a foam layer (3) formed in the inner side. The foam layer (3) has, in the order from the surface side, a first foam layer (3a) containing cells having an average cell diameter ranging from 10 to 100 ?m, a second foam layer (3b) containing cells having an average cell diameter from 5 to 50 ?m, and a third foam layer (3c) containing cells having an average cell diameter from 20 to 500 ?m. The molded object (1) contains an aromatizing ingredient.

Abstract: Emulsions usable within a wellbore as drilling fluids can be prepared by adding an internal phase to an external phase to form an emulsion base, and adding solid organophilizated mineral structures, a matrix stabilizing agent, a weighting agent, and a secondary stabilizer to the emulsion base. The solid organophilizated mineral structures stabilize the emulsion base and affect the rheology thereof, and the matrix stabilizing agent and the secondary stabilizer can retain the stability and viscosity of the emulsion base in the presence of hydrophilic solids. In addition to use as a wellbore fluid independently, usable emulsions can be compatible with and combined with traditional emulsions to form a mixture usable within a wellbore a drilling fluid.

Abstract: In a long vertical shaft sewage circulation waste treatment process where influent waste is introduced into the shaft through a downcomer conduit, an improvement is provided whereby the downcomer conduit, because of its flexible construction, is made to collapse by the application of external pressure from surrounding fluid waste in the shaft. Such collapse acts as a check valve which pinches closed the influent conduit and prevents reversal of flow in the circulation system. External pressure collapse of the flexible conduit is produced by a pressure differential between influent within the conduit and the surrounding fluid waste caused, for example, by flow interruption or power failure. The need to employ mechanical check valves, which are subject to malfunction, is eliminated.