Water purification Catalyst, Water Purifier, Beverage maker and method

Wilhelmus Hendrikus Maria Bruggink; Paulus Cornelis Duineveld; Roger  Brunet Espinosa; Damon Rafieian; Rob Lammertink; Leon Lefferts

Water purification Catalyst, Water Purifier, Beverage maker and method

Wilhelmus Hendrikus Maria Bruggink (Inventor), Paulus Cornelis Duineveld (Inventor), Roger Brunet Espinosa (Inventor), Damon Rafieian (Inventor), Rob Lammertink (Inventor), Leon Lefferts (Inventor)

Research output: Patent

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Abstract

There is provided a water purification catalyst element (100). The catalyst element (100) comprises a porous support (102) having a first surface (106) and a second surface (110). The first or the second surface (106, 110) delimit a conduit (114) through the catalyst element (100). A material (104) comprising a noble metal is supported on the porous support (102). At least the first surface (106) is coated with a coating material (108) permeable to hydrogen gas and impermeable to water, and at least the second surface (110) is water-permeable. This catalyst element (100) can selectively convert nitrites and/or nitrates to N2 gas and can be used to provide a cost efficient and/or maintenance free water purification setup. There is also provided a water purifier (200) comprising the catalyst element (100), a beverage maker (300) comprising the water purifier (200), a method (1800) of water purification and a method (1900) of making the catalyst element (100).

Original language	English
Patent number	US201615557309 20160325
Filing date	25/03/16
Publication status	Published - 22 Feb 2018

Keywords

Water purification catalyst
Water purifier
Beverage maker and method

Access to Document

US20180050323A1Final published version, 2.26 MB

https://patents.google.com/patent/US20180050323A1/

Cite this

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title = "Water purification Catalyst, Water Purifier, Beverage maker and method",

abstract = "There is provided a water purification catalyst element (100). The catalyst element (100) comprises a porous support (102) having a first surface (106) and a second surface (110). The first or the second surface (106, 110) delimit a conduit (114) through the catalyst element (100). A material (104) comprising a noble metal is supported on the porous support (102). At least the first surface (106) is coated with a coating material (108) permeable to hydrogen gas and impermeable to water, and at least the second surface (110) is water-permeable. This catalyst element (100) can selectively convert nitrites and/or nitrates to N2 gas and can be used to provide a cost efficient and/or maintenance free water purification setup. There is also provided a water purifier (200) comprising the catalyst element (100), a beverage maker (300) comprising the water purifier (200), a method (1800) of water purification and a method (1900) of making the catalyst element (100).",

keywords = "Water purification catalyst, Water purifier, Beverage maker and method",

author = "Bruggink, {Wilhelmus Hendrikus Maria} and Duineveld, {Paulus Cornelis} and {Brunet Espinosa}, Roger and Damon Rafieian and Rob Lammertink and Leon Lefferts",

year = "2018",

month = feb,

day = "22",

language = "English",

publisher = "Philips Research Laboratories",

address = "Netherlands",

type = "Patent",

note = "US201615557309 20160325",

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TY - PAT

T1 - Water purification Catalyst, Water Purifier, Beverage maker and method

AU - Bruggink, Wilhelmus Hendrikus Maria

AU - Duineveld, Paulus Cornelis

AU - Brunet Espinosa, Roger

AU - Rafieian, Damon

AU - Lammertink, Rob

AU - Lefferts, Leon

PY - 2018/2/22

Y1 - 2018/2/22

N2 - There is provided a water purification catalyst element (100). The catalyst element (100) comprises a porous support (102) having a first surface (106) and a second surface (110). The first or the second surface (106, 110) delimit a conduit (114) through the catalyst element (100). A material (104) comprising a noble metal is supported on the porous support (102). At least the first surface (106) is coated with a coating material (108) permeable to hydrogen gas and impermeable to water, and at least the second surface (110) is water-permeable. This catalyst element (100) can selectively convert nitrites and/or nitrates to N2 gas and can be used to provide a cost efficient and/or maintenance free water purification setup. There is also provided a water purifier (200) comprising the catalyst element (100), a beverage maker (300) comprising the water purifier (200), a method (1800) of water purification and a method (1900) of making the catalyst element (100).

AB - There is provided a water purification catalyst element (100). The catalyst element (100) comprises a porous support (102) having a first surface (106) and a second surface (110). The first or the second surface (106, 110) delimit a conduit (114) through the catalyst element (100). A material (104) comprising a noble metal is supported on the porous support (102). At least the first surface (106) is coated with a coating material (108) permeable to hydrogen gas and impermeable to water, and at least the second surface (110) is water-permeable. This catalyst element (100) can selectively convert nitrites and/or nitrates to N2 gas and can be used to provide a cost efficient and/or maintenance free water purification setup. There is also provided a water purifier (200) comprising the catalyst element (100), a beverage maker (300) comprising the water purifier (200), a method (1800) of water purification and a method (1900) of making the catalyst element (100).

KW - Water purification catalyst

KW - Water purifier

KW - Beverage maker and method

M3 - Patent

M1 - US201615557309 20160325

Y2 - 2016/03/25

PB - Philips Research Laboratories

ER -

Water purification Catalyst, Water Purifier, Beverage maker and method

Abstract

Keywords

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