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WO/2016/168923A1 |
A combined cycle power generation system configuration uses a steam- injected gas turbine as a topping cycle and a turbine in a bottoming cycle with liquefied natural gas as a cold sink. The turbine operates with a low boiling point flui...
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WO/2016/170653A1 |
Provided is a steam turbine system capable of efficiently reducing output to a power system when the amount of introduced renewable energy power has increased. This steam turbine system 20 is equipped with: a steam-driven turbine 1; a co...
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WO/2016/170166A2 |
A power converting system is described, comprising a source of waste heat (17) and an organic Rankine cycle system (5). The organic Rankine cycle system in turn comprises at least a turboexpander (21), at least a rotating load (29) mecha...
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WO/2016/165932A1 |
There is described a system for storing energy, the system comprising (a) a thermal storage (110) for storing thermal energy, and (b) a steam generator (120) comprising a fluid input (122) and a fluid output (124), the fluid input and th...
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WO/2016/167445A1 |
The present invention relates to a hybrid generation system using a supercritical carbon dioxide cycle, comprising: a first operation fluid circuit which generates electric power by means of a first operation fluid heated at a boiler; an...
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WO/2016/165687A1 |
Supercritical cyclic process, which enables an almost complete conversion of heat into mechanical energy, and reciprocating piston device in order to convert same. The isothermal expansion of the gaseous working medium is carried out by ...
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WO/2016/162272A1 |
The invention relates to a method for operating a turbine plant (2) having a boiler (6) and a steam turbine (12), wherein steam is produced in the boiler (6) and is conveyed into the steam turbine (12), and the steam turbine (12) is driv...
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WO/2016/162264A1 |
The invention relates to a method for processing a liquid medium, wherein the medium to be processed is conducted through a liquid circuit (48) and the medium to be processed is heated up in the liquid circuit (48) with the aid of a heat...
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WO/2016/164153A1 |
A regenerative closed loop thermodynamic power generation, cycle system is presented. The system includes a high-pressure expander to deliver an exhaust stream. A conduit is fluidly coupled to the high-pressure expander, which is configu...
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WO/2016/162692A3 |
The present invention provides a method of operating an engine (14) having one or more cylinders (16) each having a piston (18) within the cylinder (16) and each piston (18) having an expansion stroke and a return stroke and a top dead c...
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WO/2016/162692A2 |
The present invention provides a method of operating an engine (14) having one or more cylinders (16) each having a piston (18) within the cylinder (16) and each piston (18) having an expansion stroke and a return stroke and a top dead c...
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WO/2016/162205A1 |
There is described a system for storing energy, the system comprising (a) a thermal storage (110) for storing thermal energy, the thermal storage comprising a first opening (112) and a second opening (114), and (b) a steam generator (120...
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WO/2016/162118A1 |
The invention relates to a device (1) and a method for waste heat recovery in a motor vehicle, comprising a working circuit (2) with a pump (3) for compressing a working medium, a first evaporator (4) and a second evaporator (5) for evap...
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WO/2016/155857A1 |
Proposed is an adaptive process control system (10) and corresponding method for independent steering of plant control systems (20), wherein a plant (30) associated with the plant control system (20) comprises a plurality of interlocked ...
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WO/2016/160735A1 |
This invention mitigates global warming substantially by combining elements from two separate fields in a novel way. It is based on the discovery that the volumetric rate of cold water upwelling that will result in a 1.08 C reduction in ...
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WO/2016/156800A1 |
A heat energy recovery system for an engine, and a vehicle having an engine and a heat energy recovery system. The heat energy recovery system has a liquid supply, one or more evaporators, an expander, a condenser, and a port. The one or...
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WO/2016/156046A1 |
A vehicle waste heat recovery system for recovering thermal energy from exhaust gases discharged from an engine (12) of the vehicle, the system comprising: a first flow path (16) including a first turbocharging unit (20); a second flow p...
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WO/2016/156177A1 |
There is described a system for storing energy, the system comprising (a) a first thermal storage (110, 210) for storing thermal energy, (b) a steam generator (120, 220) comprising a fluid input (222) in fluid communication with the firs...
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WO/2016/161265A1 |
Embodiments of the invention provide a desuperheater system for cooling a process fluid. The desuperheater system includes a pipe through which the process fluid flows and that defines an axis and includes injector housings attached to a...
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WO/2016/155705A1 |
The invention relates to a device (1) for using exergy, in particular a steam power plant designed for a steam power process, comprising a closed circuit (2), which is surrounded by air as an atmosphere having an ambient pressure (pu) an...
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WO/2016/156321A1 |
The invention relates to an energy store, to a power plant having such an energy store, and to a method for operating the energy store. The energy store has a heat exchanger, which is arranged on a lower basin in a floating manner, which...
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WO/2016/155856A1 |
Proposed is system and method for process controlling of plants (30) and plant control systems (20) by means of an OPC UA based Machine-to-Machine (M2M) network 41. A plant (30) associated with a plant control system (20) comprises a plu...
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WO/2016/158561A1 |
This boiler (110n) is provided with one or more evaporators (113a, 113c), an economizer (112a), and a low-temperature heat exchanger (115a). The economizer (112a) is installed downstream from the furthest-downstream evaporator (113a), wh...
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WO/2016/159829A1 |
Proposed is a fundamentally novel method for feeding a working fluid into a working fluid heater of a heat engine, said method making use of buffer vessels and thus obviating the need, in existing heat engines, for any types of pumps ...
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WO/2016/157116A1 |
A combined control method of an Organic Rankine Cycle (ORC) plant, wherein the plant comprises at least a feed pump (1), a heat exchanger (2), an expansion turbine (3) and a condenser (5); the heat exchanger (2) and the turbine (3) being...
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WO/2016/150460A1 |
A thermal energy storage plant (10) comprising a charging circuit (100) and a discharging circuit (200), the charging circuit (100) including: - a first fluid transporting machine (110) for generating a flow of a working fluid in the cha...
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WO/2016/150458A1 |
The present invention describes a system (100) for storing thermal energy and a method for operating such a system (100). The system (100) comprises a thermal storage device (150) for storing thermal energy. A working fluid is streamable...
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WO/2016/150609A1 |
The invention relates to a cooling system (6) having a heat exchanger (18) and a coolant spraying system (36) for spraying a coolant (20). In order that the cooling system (6) can be cost-effectively produced and operated, according to t...
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WO/2016/150459A1 |
The present invention describes a system (100) for storing thermal energy and a method for operating such a system (100). The system (100) comprises a thermal storage device (150) comprising heat storage elements, a heater device (130) f...
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WO/2016/153692A1 |
A supercritical carbon dioxide power generation Brayton cycle system and method that employs an alternate heat recuperation method and apparatus that utilizes switched banks of bead filled tanks to accumulate and recover the thermal ener...
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WO/2016/150461A1 |
A thermal energy storage plant (10) comprises a charging circuit (100) where a first working fluid is circulated, the charging circuit (100) including: - a first fluid transporting machine (110) for generating a flow of the first working...
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WO/2016/150455A1 |
The present invention describes a system (100) for storing thermal energy and a method for operating such a system (100) for storing thermal energy. The system (100) for storing thermal energy comprises a steam generation device (110) fo...
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WO/2016/148008A1 |
An intake air cooling device (150) is provided with a water supply line (131) and a heat pump device (151). The water supply line (131) sends water to a waste heat recovery boiler (110) which generates vapor utilizing the heat of exhaust...
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WO/2016/146459A1 |
A working fluid (6) for a device (4) for converting heat into mechanical energy is disclosed. The working fluid (6) comprises a fluid (7) having a boiling temperature in the range between 30 and 250 °C at a pressure of 1 bar and nanopar...
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WO/2016/147210A1 |
A process and an automatic plant (1) are described, for producing electric energy; the plant (10) comprises: a collector (8) of the solar thermal energy; a fuel-type auxiliary system (14); a common hydraulic circuit (4); a water tank (1)...
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WO/2016/148329A1 |
A turbo expander for reclaiming leaked fluid includes: a turbine provided with a rotating shaft, disposed to rotate, and rotated by a fluid so as to expand and discharge the fluid; a gearbox having a gear connected to the rotating shaft ...
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WO/2016/144233A1 |
The present invention relates to an energy conversion system for converting thermal energy to mechanical energy, comprising an evaporator, an expander, a condenser, a first tank, and a second tank. The energy conversion system further co...
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WO/2016/143558A1 |
According to the present invention, in a small-scale generation facility using waste heat, provided is a power generation apparatus which is able to achieve simplification of the apparatus by being configured such that a condenser is eli...
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WO/2016/144197A1 |
The device for converting energy with low parameters to energy with high parameters, used for converting energy with low parameters, e.g. air energy, water energy, geothermal energy, etc. to energy with high parameters, e.g. mechanical o...
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WO/2016/140018A1 |
Provided is a novel binary power generation system using exhaust gas as a heat source, wherein the amount of generated power is maximized while taking into account the sulfuric acid dew point of the exhaust gas. In this binary power gene...
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WO/2016/137442A1 |
A number of variations include a product including a turbine including a plurality of turbine stages mounted on a single shaft wherein the turbine is constructed and arranged to generate power using a fluid introduced into the turbine st...
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WO/2016/137620A1 |
A combine cycle power plant is presented. The combine cycle power plant includes a gas turbine, a heat recovery steam generator, a main steam turbine and a supercritical steam turbine. The supercritical steam turbine may be operated as a...
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WO/2016/137537A1 |
A waste heat recovery system may include a pump, first and second heat exchangers, an expander, and a valve. The first heat exchanger receives working fluid from the pump. The expander receives working fluid from the first heat exchanger...
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WO/2016/136617A1 |
In a Rankine cycle system of the present invention, part of a liquid-phase coolant boiled in a coolant passage of an engine changes to a gas-phase coolant. The gas-phase coolant is superheated by a superheater that superheats by heat exc...
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WO/2016/137677A1 |
A method for operating a combined cycle power plant (CCPP) and improving a part load operation of the CCPP is provided. The CCPP may include at least a gas turbine, a heat recovery steam generator (HRSG) located downstream of the gas tur...
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WO/2016/134440A1 |
A system, method and apparatus for a thermal engine. The thermal engine may include a heat engine integrated with a liquid nitrogen expansion engine which uses the heat sink of the heat engine as a heat source. In an aspect, the heat eng...
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WO/2016/138342A1 |
An in-situ incremental reheating system configured to increase steam temperature and thermodynamic efficiencies of a steam turbine is disclosed. The system includes a pump; a radiant heater; piping inter-connecting the pump, radiant heat...
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WO/2016/131920A1 |
In the context of a steam power plant (1) comprising a fired boiler (3) with connected water/steam circuit, having a turbo set with at least one low-pressure steam turbine (6) and at least one high-pressure steam turbine (4) and a feed w...
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WO/2016/132624A1 |
This geothermal heat exchanger 1 is provided with a water injection pipe 2, which is provided underground and to which water is supplied from above the ground, and a steam extraction pipe 3, which is provided underground so as to be in c...
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WO/2016/131561A1 |
The invention relates to a method for operating a turbine installation (4). In order that the turbine installation (4) can be operated cost-effectively, in particular in compliance with a predetermined operating condition, a power contro...
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