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    • 101. 发明申请
    • APPARATUS FOR ISOCHORIC GAS COMPRESSION
    • WO2019077515A1
    • 2019-04-25
    • PCT/IB2018/058044
    • 2018-10-17
    • TURBODEN S.P.A.
    • BINI, RobertoGAIA, MarioBELOTTI, Paolo
    • F01K3/06F01K7/36F01B11/00
    • F01K7/36F01K3/06
    • 1. Apparatus (1) for gas compression comprising: - a container (2) containing the gas to be compressed; - a first heat exchanger (3) exchanging heat between a high temperature thermal source and the gas, to introduce heat into the gas; - a second heat exchanger (4) exchanging heat between a low temperature thermal source and the gas, to extract heat from the gas; - supply means (5) of the gas at a supply pressure (Pin) and delivery means (6) of the gas at a delivery pressure (Pout) greater than the supply pressure (Pin); - gas permeable means (7, 7a, 7b, 7c, 7d, 7e, 7e' 7e") configured to accumulate and transfer heat to the gas, and - gas permeable (7) or gas impermeable (8) movable means (7, 8) dividing the container (2) into a first section (2a) in thermal communication with the first heat exchanger (3) and in a second section (2b) in thermal communication with the second heat exchanger (4) and in fluid communication with said supply means (5) and said gas delivery means (6); the apparatus (1) being characterized in that said first heat exchanger (3) and second heat exchanger (4), said gas permeable means (7, 7a, 7b, 7c, 7d, 7e, 7e ', 7e") and said movable means (7, 8) cooperate to heat and cool the gas, causing it to cyclically flow between the first section (2a) and the second section (2b), to obtain the compression effect of the gas, introduced into the container from a value equal to the supply pressure (Pin), up to a value equal to the discharge pressure (Pout) of the container (2) from a value equal to the supply pressure (Pin) to a value equal to the delivery pressure (Pout) and vice versa.
    • 104. 发明申请
    • APPARATUS AND METHOD FOR STORING ENERGY
    • 装置和储存能源的方法
    • WO2014162129A1
    • 2014-10-09
    • PCT/GB2014/051030
    • 2014-04-02
    • ISENTROPIC LTD
    • HOWES, Jonathan SebastianMACNAGHTEN, James
    • F01K3/00F01K3/06F01K3/12
    • F01K3/12F01K3/006F01K3/06
    • In an energy storage and recovery system,working fluid from a first vessel is compressed by power machinery and passes, via a regenerator, into a second vessel, where it is forced to condense, the temperature and pressure of the saturated working liquid/vapour mixture continuously rising during storage. The stored energy is recovered by the vapour returning through the regenerator and power machinery where it expands to produce work before condensing back into the first vessel. The regenerator comprises a gas permeable, solid thermal storage medium which, during storage, stores superheat and some latent heat from the vapour passing through it in respective downstream regions that exhibit continuously increasing temperature profiles during storage and a small temperature difference with the surrounding vapour, thereby minimising irreversible losses during the thermal energy transfers.
    • 在能量储存和回收系统中,来自第一容器的工作流体由动力机械压缩,并通过再生器通过第二容器,其中被迫冷凝,饱和工作液体/蒸气混合物的温度和压力 储存期间持续上升。 存储的能量通过再生器和动力机械返回的蒸汽回收,在那里它被膨胀以在冷凝回第一容器之前产生工作。 再生器包括气体可透过的固体储热介质,其在储存期间储存过量的蒸汽中的过热和来自蒸气的一些潜热,所述蒸汽在存储期间呈现连续增加的温度分布并且与周围蒸气的温差小, 从而最小化热能传递过程中的不可逆损耗。
    • 110. 发明专利
    • ПАРОГАЗОВАЯ УСТАНОВКА НА ПРОДУКТАХ ГАЗИФИКАЦИИ ВЛАЖНЫХ ТОПЛИВ
    • RU151124U1
    • 2015-03-20
    • RU2014135511
    • 2014-09-02
    • F01K3/06
    • 1. Парогазоваяустановканапродуктахгазификациивлажныхтоплив, содержащаягазотурбинныйблокс инжекциейпаранавходев турбину, камерусушкис устройствомвводав неевлажноготоплива, побудительциркуляциигреющегоперегретогопараподдавлениемв линииотборапарав теплообменникподогревапарадлясушки, перегревательпара, кудаизлинииподогревапаранасушкув соответствиис поступающейизтопливавлагойотбираетсяпардлятурбины, газификаторсовводомосушенногоматериалаизкамерысушкии выводомгазанатурбину, отличающаясятем, чтолинияпаравлагиизкамерысушкипослеперегревателяподключенак инжекторупарагазотурбинногоблока, вводокислителяв газификаторподключенк компрессоругазотурбинногоблокав параллельс линиейвоздуханагорение.2. Парогазоваяустановканапродуктахгазификациивлажныхтопливпоп. 1, отличающаясятем, чтов линиипаранатурбинузаперегревателемустановленразделительныйтеплообменник, понагреваемойсторонекоторогогенерируетсяпарчистойводыдляинжекторагазотурбинногоблоказасчетохлажденияпаравлагинагреющейегостороне, котораязаконденсаторомчерездроссельидетнаслив.