摘要:
Tank for storage, cooling, heating or processing of fluids, comprising a wall with a fluid tight barrier consisting of bands of thin sheets arranged sealingly on the wall, distinguished in that the bands with tape or glue are fastened to the wall, and at overlap to underlying bands, and adjacent bands are sealingly seam welded. Method for arranging a fluid tight thin sheet lining on a wall in a tank.
摘要:
A separator for oils and fat for use in businesses, such as restaurants, large-scale catering establishments, canteens, kiosks, slaughterhouses, the food industry, the margarine and cooking oil industry, etc. together with the private household. The separation is performed via a surge chamber (B3) for low viscosity oils and fat, while heavier and more comminuted oil and fat particles are forced to undergo a longer separation route in the sedimentation chamber (B4) via horizontal oblique baffle plates (B5) and with an integrated sludge trap which is automatically discharged by means of a time-controlled valve (B16). The separator's water level is kept approximately constant by means of a time-controlled supply water valve (B17). The separated oil/fat volume is kept liquid until it is drained via a fat overflow (B10) and passed to a collecting tank (B12) with a level indicator (B13).
摘要:
The invention provides a method for cleaning a seabed from pollution. The method is distinguished by comprising the steps: a) to place a lower open end of a suction head over a seabed area to be cleaned, thereby confining a suction head volume, preferably whilst operating a suction pump connected to the suction head volume to provide an underpressure in the suction head volume compared to ambient seawater pressure, thereby avoiding any spreading of whirled up pollution outside the suction head volume, b) to inject a higher pressure water flow into the suction head volume, by operating an injection pump connected to the suction head volume, while operating the suction pump at higher flow rate than the injection pump, whereby underpressure is maintained in the suction head volume whilst coarser material is flushed and may lift up from the seabed, tumbling against itself, loosening finer polluted material from coarser material while being inside the suction head volume, c) to operate the suction pump, while reducing or stopping the operation of the injection pump, to pump the finer polluted material, including any microplastics, to a cleaning plant or a receiving facility.
摘要:
Tank (1) for storage or treatment of fluids, comprising a bottom, a wall, and a gas tight lining arranged on the wall, distinguished in that the gas tight lining is made from bands of thin sheets arranged side-by-side such that the wall is covered, adjacent bands being held together with a against the underlayer tightly fastened clamping moulding, and the bands being sealingly joined by seam welds to the clamping moulding. Method for arrangement of the gas tight lining.
摘要:
Plant for melting and cleaning of snow and ice, distinguished in that the plant comprises a means for melting using enthalpy of a water source in order to melt snow and ice, and a means for cleaning for cleaning out the pollution from the water phase that contains the melted snow and ice. Method for melting and cleaning of snow and ice, using the plant according to the invention.
摘要:
A tank (1) for storage or treatment of fluids, comprising an inner tank (2) having a side wall (2b), and an outer tank (3) having a side wall (3b), said tank being distinguished by comprising at least one earthquake support (6) between the outer tank and the inner tank, preferably arranged between the side walls of said tanks.
摘要:
A tank (1) for storage of LNG or other cryogenic fluids, comprising: an inner tank (2) having a bottom (2a), an inner side wall (2b) extending upwards to an optional insulating roof (2f); an outer tank (3) having a bottom (3a), an outer side wall (3b) extending upwards around the inner tank to a level above said inner tank, an outer gas tight lining (3c) on or in the outer side wall, and an outer roof construction (3d) above said inner tank; insulating material (4) between said inner tank and said outer tank; and at least one feedthrough (5) for filling and draining, distinguished in that the inner tank has side walls (2b) consisting of an inner concrete wall (2c), an intermediate low temperature ductile tight layer (2d), and an outer prestressed concrete wall (2e), which side walls act as one unit in operation, but wherein the inner side wall (2e) can contract freely during cooling and the outer side wall ( 2e) can expand freely at increased temperature, as said side walls are supported freely and the outer side wall (2e) is adaptedly prestressed.