PLANT FOR THE PRODUCTION OF HYDROGEN AND ALUMINUM TRIHYDRATE Russian patent published in 2023 - IPC C01B3/08 C01F7/42 C01F7/14 B01J7/02 

Abstract RU 2803495 C1

FIELD: gas generating plant.

SUBSTANCE: plant for the production of hydrogen and aluminum trihydrate Al(OH)3 consists of a hydrogen chemical reactor (HCR), a water jacket for cooling the HCR and a recuperator for suspended reaction products. HCR is made in the form of a vertical sealed vessel, the cavity of which is divided into three horizontal sections, including a hydrogen gas generator, a liquid reactant displacer and a receiver with a hydraulic seal for accumulating and filtering hydrogen from foreign impurities. The gas generator cavity is connected to the receiver cavity through a gas outlet pipe and to the displacer cavity through an overflow pipe. To enter chemical reagents, the HCR is equipped with a loading basket, an inlet/outlet pipe of a chemically active liquid into the liquid reagent displacer cavity, a hydrogen outlet fitting from the receiver cavity, and a valve for the outlet of suspended reaction products. This valve is connected at the outlet to the first inlet of the heat exchanger, the second inlet of which is connected to the outlet pipe of hot water from the HCR cooling water jacket. The recuperator for liquid recuperation products is connected to the inlet/outlet pipe of the HCR chemically active liquid, and for solid reaction products containing aluminum trihydrate, with the pipe for their output to the storage tank.

EFFECT: obtaining hydrogen for heating and power supply systems of low-rise buildings remote from main gas and power supply lines, while simultaneously producing aluminum trihydrate suitable for preparing high-quality construction mixtures.

6 cl, 4 dwg

Similar patents RU2803495C1

Title Year Author Number
MOBILE HEAT AND ELECTRICITY STATION 2023
  • Khramichev Denis Aleksandrovich
  • Zvonov Aleksandr Aleksandrovich
  • Namestnikov Vladimir Vasilevich
  • Permiakov Aleksandr Venediktovich
  • Voloskov Aleksei Petrovich
  • Krivenko Irina Vladimirovna
RU2805715C1
MOBILE SOURCE OF HEAT AND ELECTRIC ENERGY 2019
  • Boev Sergei Fedotovich
  • Zvonov Aleksandr Aleksandrovich
  • Khramichev Aleksandr Anatolevich
RU2735883C1
HYDROGEN GENERATOR 2019
  • Boev Sergei Fedotovich
  • Zvonov Aleksandr Aleksandrovich
  • Khramichev Aleksandr Anatolevich
RU2721105C1
AUTONOMOUS GENERATOR OF HEAT AND ELECTRICITY FOR RAILWAY TRANSPORT 2021
  • Zvonov Aleksandr Aleksandrovich
  • Petrakov Valentin Aleksandrovich
  • Rot Arina Sergeevna
RU2761332C1
HOT-WATER BOILER 2019
  • Boev Sergej Fedotovich
  • Zvonov Aleksandr Aleksandrovich
  • Khramichev Aleksandr Anatolevich
RU2723656C1
DOMESTIC WASTE RECYCLER 2020
  • Boev Sergei Fedotovich
  • Zvonov Aleksandr Aleksandrovich
  • Lukashuk Vladimir Evgenevich
  • Khramichev Aleksandr Anatolevich
RU2729301C1
PLASMA SOURCE OF ENERGY 2011
  • Zvonov Aleksandr Aleksandrovich
  • Beljaev Igor' Nikolaevich
RU2485727C2
METHOD AND APPARATUS FOR CLEANING OFF-GASES 2018
  • Dzhangiryan Valerij Gurgenovich
  • Krivenko Irina Vladimirovna
  • Namestnikov Vladimir Vasilevich
  • Afanasev Aleksej Gavriilovich
  • Prokhorov Evgenij Nikolaevich
RU2686037C1
HYDROGEN GENERATOR OF ELECTRIC ENERGY 2014
  • Semenov Pavel Vladimirovich
  • Zvonov Aleksandr Aleksandrovich
RU2596605C2
METHOD TO OPERATE MULTI-FUEL THERMAL ENGINE AND COMPRESSOR AND DEVICE TO THIS EFFECT (VERSIONS) 2008
  • Artamonov Aleksandr Sergeevich
  • Artamonov Evgenij Aleksandrovich
RU2386825C2

RU 2 803 495 C1

Authors

Khramichev Denis Aleksandrovich

Zvonov Aleksandr Aleksandrovich

Krivenko Irina Vladimirovna

Namestnikov Vladimir Vasilevich

Permiakov Aleksandr Venediktovich

Petrakov Valentin Aleksandrovich

Novikov Mikhail Aleksandrovich

Dates

2023-09-14Published

2022-12-28Filed