23results about "Fresh water producing installations" patented technology

A resource supply system, comprising: a floating platform (900) arranged at a water surface; a gas compression device (100) arranged on the floating platform (900) and provided with, communicated with each other, a first gas inlet (110) and a first gas outlet (120; a gas expansion device (200) arranged on the floating platform (900) and used for electrically connecting to a power supply device, the gas expansion device (200) being provided with, communicated with each other, a second gas inlet (210) and a second gas outlet (220), and the second gas outlet (220) being used for discharging gas; a first heat exchange device (300) arranged on the floating platform (900) and provided with, communicated with each other, a first inlet (311) and a first outlet (312), the first inlet (311) being communicated with the first gas outlet (120), and the first outlet (312) being communicated with the second gas inlet (210); and a seawater distillation device (400), the seawater distillation device (400) being able to make a heat exchange with the first heat exchange device (300) and used for communicating with a water supply device.

The invention relates to a catamaran-type houseboat with regenerative energy-producing assemblies for mobile energy production and supply with electrical energy and a water-treatment system for obtaining drinking water from river water or seawater and for sewage treatment, and to a catamaran-type watercraft with integrated crane cross-beam.

The invention discloses a ship waste heat comprehensive utilization device and method, and the device comprises a hot water tank which is heated by waste heat generated by a power system during ship navigation; the seawater desalination system is connected with the hot water tank; the cooling system is connected with the hot water tank and the seawater desalination system; the cabin dehumidification unit is connected with the hot water tank, the cabin dehumidification unit is used for adsorbing humid air in a cabin, the cabin dehumidification unit is connected with the air water taking device, and the air water taking device is connected with the cooling system; the cooling system and the cabin dehumidification unit are connected with the fan coil; wherein the hot water tank provides power for the seawater desalination system, the cooling system and the cabin dehumidification unit through heat energy. The temperature and humidity in the cabin can be driven and adjusted by utilizing the waste heat of the ship during the sailing period of the ship, and meanwhile, water in air is collected and seawater is desalted to generate fresh water.

Boat landing stage for servicing a watercraft (1), comprising a supply unit separate from a land area (11) which is configured to transmit electrical current from the boat landing to the watercraft (1), a power generating device (2) separate from the land area (11) which is configured to supply the supply unit with electrical current, wherein the supply unit is designed to transfer at least one liquid supplying the watercraft (1) from the boat landing to the watercraft (1).

The invention discloses a ship flue gas waste heat comprehensive utilization and carbon storage device, and relates to the technical field of ship energy utilization and environmental protection, and the ship flue gas waste heat comprehensive utilization and carbon storage device comprises a flue gas waste heat recovery unit, a cooling unit, a water circulation subsystem and a carbon capture subsystem; the flue gas waste heat recovery unit is used for recovering waste heat of engine tail gas and cylinder sleeve water; the water circulation subsystem comprises at least one first adsorption bed, an evaporator, an expansion power generation unit and a condenser; the first adsorption bed is used for reversibly adsorbing and desorbing water vapor; the evaporator is used for providing water vapor in the adsorption stage of the first adsorption bed; water vapor desorbed by the first adsorption bed is used for driving the expansion power generation unit to do work and then enters the condenser; the second adsorption bed is used for reversibly adsorbing and desorbing carbon dioxide; the second adsorption bed is used for treating the introduced flue gas in the adsorption stage so as to capture carbon dioxide in the flue gas and conveying the desorbed carbon dioxide to the carbon storage device in the desorption stage. The device is simple in structure and high in energy comprehensive utilization efficiency, and has a carbon capture function.

The application provides a device system and a method for energy supply of an ocean-going ship, which comprises a ship central cooling system, a heavy oil hydrogen mixing system, a ship heating system, a solid oxide electrolysis system and a ship wind power generation system; the ship central cooling system comprises a ship engine; a fresh water cooling outlet pipe of the ship central cooling system is connected with the ship heating system; a steam outlet of the ship heating system is connected with the solid oxide electrolysis system; the ship wind power generation system is connected with the solid oxide electrolysis system through an electric power facility; a hydrogen outlet of the solid oxide electrolysis system is connected with the heavy oil hydrogen mixing system; and a fuel oil outlet of the heavy oil hydrogen mixing system is connected with the ship engine. The application can realize multi-stage utilization of energy and effectively recycle waste heat generated by a diesel engine of the ship.

The application discloses a kind of heat management systems applied to hybrid lithium electric power system, comprising: sea water desalination processing device: for the sea water obtained in the process of ship travel is filtered;Lithium battery group: for the power equipment of ship provides electric energy;First temperature sensor: for the temperature of lithium battery group is collected;Oil tank: for the oil required when emergency generator works is stored;Second temperature sensor: for the temperature of oil tank is collected;Emergency generator: for the power equipment of ship provides electric energy;Third temperature sensor: for the temperature of emergency generator is collected;Control system: based on the temperature information conveyed by first temperature sensor, second temperature sensor and third temperature sensor, control sea water desalination processing device, in turn, lithium battery group, oil tank and emergency generator are cooled down.The system is cooled by three levels, to maximize the cooling of seawater to system, realize the reduction of cooling cost.

The invention relates to a marine nuclear waste heat driven compact water and oxygen making system and a control method, and the system comprises a water making unit which comprises a multi-effect evaporator connected to a nuclear energy secondary loop system, the multi-effect evaporator heats seawater to generate steam and condenses the steam into fresh water, and the multi-effect evaporator is connected with a purification device for purifying the fresh water; the oxygen generation unit comprises a solid oxygen candle oxygen generation module and an electrolyzed water oxygen generation module, the solid oxygen candle oxygen generation module takes sodium chlorate as an oxygen source and generates oxygen through a thermal decomposition reaction, and pure water purified by the electrolyzed water oxygen generation module generates oxygen through electrolyzed water; and the control unit dynamically controls the pure water produced by the water production unit to the oxygen production unit according to the ship operation working condition, the oxygen demand and the electrical load, and controls the start and stop and the oxygen production of the solid oxygen candle oxygen production module and the electrolyzed water oxygen production module. The oxygen generation mode can be switched according to the operation state of the nuclear energy ship, the solid oxygen candle oxygen generation module is preferentially used for generating oxygen when power is insufficient, and when power is sufficient, the solid oxygen candle oxygen generation module and the solid oxygen candle oxygen generation module are used simultaneously to better meet different navigation requirements.

The invention discloses an active heat energy recovery system and method for a ship. According to the system, an active constant-temperature energy storage unit serves as a core, an intelligent auxiliary heating unit, a heat energy distribution and waste heat recovery unit and a flue gas waste heat recovery unit are integrated, main engine cylinder sleeve water and flue gas heat energy are synchronously recovered through double waste heat direct supply paths, and efficient storage and dynamic adjustment of heat energy are achieved by means of a heat insulation and preservation structure and intelligent temperature control circulation. When the main engine is shut down or is in low load, heat is stably supplied by means of an energy storage cabin energy storage and auxiliary heating linkage mode. The problems that in the prior art, waste heat recovery is not comprehensive, the energy storage efficiency is low, and heat supply energy consumption is high and unstable under special working conditions are solved, the energy utilization rate is remarkably increased, the operation cost is reduced, and the system is suitable for various ship heat needing equipment and has extremely high practicability and economical efficiency.

A resource supply system, comprising: a floating platform (900) arranged at a water surface; a gas compression device (100) arranged on the floating platform (900) and provided with, communicated with each other, a first gas inlet (110) and a first gas outlet (120; a gas expansion device (200) arranged on the floating platform (900) and used for electrically connecting to a power supply device, the gas expansion device (200) being provided with, communicated with each other, a second gas inlet (210) and a second gas outlet (220), and the second gas outlet (220) being used for discharging gas; a first heat exchange device (300) arranged on the floating platform (900) and provided with, communicated with each other, a first inlet (311) and a first outlet (312), the first inlet (311) being communicated with the first gas outlet (120), and the first outlet (312) being communicated with the second gas inlet (210); and a seawater distillation device (400), the seawater distillation device (400) being able to make a heat exchange with the first heat exchange device (300) and used for communicating with a water supply device.

The utility model relates to the technical field of seawater distillation and desalination devices, and discloses an ocean tanker waste heat seawater distillation and desalination device which comprises a fresh water generator main body, and an annular heat pipe is mounted on the surface of the fresh water generator main body. According to the ocean tanker waste heat seawater distillation and desalination device, through the arrangement of the preheating mechanism, when the device is used, a large amount of heat can be generated on the surface of the fresh water generator main body, so that the annular heat pipe is arranged on the surface of the fresh water generator main body, and the annular heat pipe is in contact with the surface of the fresh water generator main body and absorbs the heat on the surface of the fresh water generator main body; the tail end of the annular heat pipe is inserted into heat conduction oil, the heat conduction oil absorbs heat on the surface of the annular heat pipe and conveys the heat to the heating ring on one side through the oil conveying pump, the heating ring is installed on the surface of the water injection pipe, seawater in the water injection pipe is preheated in a heat transfer mode, and the energy utilization efficiency in the seawater distillation desalination process is remarkably improved. Energy consumption such as fuel oil is effectively saved, and the operation cost of the ocean tanker is reduced.

The invention discloses a modular offshore wind-light hydrogen storage energy platform, and belongs to the technical field of offshore comprehensive energy utilization. The platform comprises an energy working area and a berthing area connected with the side edge of the energy working area, the energy working area is arranged in an upper layer and a lower layer, the lower layer is closed and comprises a hydrogen production module, an energy storage module, a seawater desalination module, an electrical module and a central control module, and the upper layer is open and comprises a hydrogen storage module and a photovoltaic power generation module; the berthing area is provided with a berthing operation module and comprises berths, a berthing operation area and a crane, and the crane is arranged on the upper layer of the energy working area; wherein aisles are arranged among modules on the lower layer of the energy working area, and firewalls are arranged on the two sides of the aisles; and the central control module is in telecommunication connection with all other modules. The platform is clear and reasonable in working line, perfect in layout scheme, high in space utilization rate and capable of effectively improving the working efficiency, safety and stability of offshore energy.

This invention relates to a plate heat exchanger for processing a feedstock. The plate heat exchanger includes a plate assembly comprising a plurality of heat exchange plates and defining a heating volume, a cooling volume, and a plurality of processing volumes. Each of the processing volumes includes a vaporization section for vaporizing a portion of the feedstock, a separation section for separating an unvaporized portion of the feedstock from the vaporized portion, and a condensation section arranged to condense the vaporized portion of the feedstock. Each heat exchange plate defines a first thermal interface between the heating volume and the vaporization section of a first processing volume, a second thermal interface between the cooling volume and the condensation section of a second processing volume, and at least one additional thermal interface between the vaporization and condensation sections of two adjacent processing volumes.

The utility model relates to a drinking water mineralization device. The drinking water mineralization device comprises a mineralization barrel, the mineralization barrel comprises a separator and a barrel body with a containing cavity, the separator is arranged in the containing cavity and divides the barrel body into a lower cavity and an upper cavity which are communicated with each other, a water inlet pipe communicated with the interior of the lower cavity is arranged on the lower cavity, mineralization substances are stored in the lower cavity, and the water inlet pipe is used for introducing water to be treated; the mineralized substances rotationally rise under the pressure of the water to be treated and are blocked by the separator to fall back, a water outlet pipe communicated with the interior of the upper cavity is arranged on the upper cavity, and the water outlet pipe is used for discharging purified water. Through the arrangement, the water pressure of the to-be-treated water drives the mineralizing substance to rotate and rise, so that the to-be-treated water is in full contact with the mineralizing substance, the mineralizing effect is enhanced, and the dissolution of the dissolved mineralizing substance is facilitated; the drinking water mineralization device is also suitable for dissolving type mineralization particles, and the application range of the drinking water mineralization device is widened.

The present disclosure relates to a biocide generating system for inhibiting bio-fouling within a water system of a watercraft. The water system is configured to draw water from a body of water on which the watercraft is supported. The biocide generating system includes an electrode arrangement 72 adapted to be incorporated as part of an electrolytic cell 345 through which the water of the water system flows. The water system is configured such that biocide treated water also flows to one or more components of the water system that are positioned upstream of the electrode arrangement.

The invention discloses a comprehensive energy supply device for a ship, and belongs to the technical field of ship energy and power engineering. The system comprises a methanol reforming hydrogen production module, a high-temperature proton exchange membrane fuel cell stack module, a hydrogen circulation heat supply loop, a gas treatment and nitrogen production module, a nitrogen application module and a waste heat gradient utilization module. According to the system, hydrogen production and power generation are achieved through methanol reforming, heat is supplied to reforming through anode unreacted hydrogen circulation, efficient fuel utilization is achieved, carbon management and safe inerting are achieved by capturing carbon dioxide in combustion tail gas and preparing nitrogen through a nitrogen-rich gas source, and meanwhile waste heat of a fuel cell is utilized in a gradient mode to drive seawater desalination, refrigeration and heating equipment. The power generation, water supply, heat supply, cold supply and nitrogen supply functions are highly integrated, the comprehensive utilization efficiency of energy is remarkably improved, the number of devices and occupied space are reduced, pollutant emission is effectively reduced, and the comprehensive energy demand of the green intelligent ship is met.

A resource supply system. Each gas compression device (100) has a first gas inlet (110) and a first gas outlet (120) which are communicated with each other. Each gas expansion device (200) is electrically connected to a resource storage device (910); the gas expansion device (200) has a second gas inlet (210) and a second gas outlet (220) which are communicated with each other; and the second gas outlet (220) is used for discharging gas. Each first heat exchange device (300) has a first inlet (311) and a first outlet (312) which are communicated with each other; the first inlet (311) is communicated with the first gas outlet (120); and the first outlet (312) is communicated with the second gas inlet (210). A seawater distillation device (410) can exchange heat with first heat exchange devices (300); and the seawater distillation device (410) is communicated with the resource storage device (910). The resource supply system can generate both fresh water resources and electric energy resources, thereby satisfying electricity and fresh water demands of people without separately constructing power stations and ships, and having low implementation costs.

The present disclosure relates to a biocide generating system for inhibiting bio-fouling within a water system of a watercraft. The water system is configured to draw water from a body of water on which the watercraft is supported. The biocide generating system includes an electrode arrangement adapted to be incorporated as part of an electrolytic cell through which the water of the water system flows. The water system is configured such that biocide treated water also flows to one or more components of the water system that are positioned upstream of the electrode arrangement.

The invention discloses a marine ammonia gas recovery treatment system capable of replacing a ventilation mast. Comprising an ammonia recovery tank, a first three-way remote control valve, a first ammonia concentration detector, an absorber, an aeration plate, a fresh water tank, an ammonia water pump, a heating separator, an ammonia gas dryer, a pressure limiting valve, a fresh water pump, an ammonia buffer tank, an ammonia gas heating unit, a main fuel valve, a double-wall pipe, a gas supply unit, a double-wall pipe fan, a second ammonia concentration detector, a second three-way remote control valve, an electromagnetic valve and an ammonia injection valve, and the engine, the third three-way remote control valve, the pressure stabilizing valve and the crankcase ventilation exhaust fan are arranged in the shell. According to the marine ammonia gas recovery treatment system, waste caused by the fact that fuel is discharged through the ventilation mast is avoided; the problem that the emission of the gases exceeds the standard is solved, and zero ammonia emission of the ship can be basically realized; the storage problem of the ammonia water is solved; meanwhile, the ammonia gas is recycled; and meanwhile, the toxic area range of the ship can be reduced, and the arrangement requirements of ammonia fuel ships, especially small ships, are reduced.

The invention discloses a methanol dual-fuel ship tail gas carbon capture and fuel regeneration system which comprises a seawater desalination device, a heat exchanger device and a heavy oil combustion device, wherein the heavy oil combustion device is used for performing heavy oil combustion, outputting energy to provide power for ship navigation and discharging combustion tail gas; the methanol combustion device is used for combusting methanol, outputting energy to provide power for sailing of the ship and discharging combustion tail gas; the tail gas treatment device is used for treating tail gas output by the heavy oil combustion device and the methanol combustion device and respectively discharging CO gas and CO2 gas; the methanol synthesis device is used for performing methanol synthesis on the basis of CO gas and CO2 gas output by the tail gas treatment device and high-temperature water output by the heat exchanger device, and transmitting methanol to the methanol combustion device; and the control system is used for realizing control on maximum carbon emission reduction benefits of ship navigation power and ship output tail gas by adjusting the tail gas treatment device and the methanol synthesis device based on the navigation state of the ship.

A system and method for controllably connecting a marine vessel's native fresh water network to its raw water network in order to flush the raw water network. The controllable connection is provided by a hydrostatic lock—which ensures that water can only flow in the direction from the fresh water network to the raw water network and never in the opposite direction. A system controller directs the fresh water flush cycle and other operations.

This application relates to a comprehensive seawater utilization system, comprising a water intake unit, a utilization unit, and a drainage unit. The water intake unit includes at least two sets of water intake pipelines, each connected to a chemical dosing pipeline. When one set of water intake pipelines is operational, a portion of the seawater and chemicals in that pipeline can flow through a return channel into the other, non-operational set of water intake pipelines. The utilization unit includes a filter and multiple water-using subunits. The drainage unit includes a drainage manifold, vertically arranged on the outer side of the platform, with multiple drainage interfaces spaced vertically along the manifold. This comprehensive seawater utilization system can continuously flush and protect the standby seawater booster pump and its pipelines without activating the standby booster pump, improving the availability and emergency reliability of the seawater intake unit. Furthermore, the system allows for unified management and centralized discharge of multiple drainage sources, thereby reducing the number of external openings and simplifying the platform's structural layout.