Trends in water-related technological innovation: insights from patent data

Innovation has a role to play to mitigate water-related risks and to support the provision of water services on which our well-being and sustainable development depend. Water-related innovation originate in a wide range of countries, with different levels of ambition. They disseminate at different scales globally. This paper uses patent data to document trends in the invention of technologies to promote water security since 1990, focusing on the countries in which inventions are developed, where they might be commercialised, and in which subsectors they originate. The water-related technologies identified in the paper can be clustered into three categories: i) water pollution abatement; ii) demand-side; and iii) supply-side. The paper describes a number of important trends that can inform a broader discussion on the factors that might hinder, or enhance, inventive activity to promote water security.

Saved in:
Bibliographic Details
Main Authors: 1423211781052 Leflaive, X., OECD, Paris (France) eng 174937, 1423211781053 Krieble, B., 1423211781054 Smythe, H.
Format: Texto biblioteca
Language:eng
Published: Paris (France) OECD 2020
Subjects:water pollution, drought stress, water scarcity, water conservation, water security, innovation adoption, patents, SDGs, Goal 6 Clean water and sanitation,
Online Access:https://www.oecd-ilibrary.org/environment/trends-in-water-related-technological-innovation_821c01f2-en
Tags: Add Tag
No Tags, Be the first to tag this record!
id unfao:854038
record_format koha
spelling unfao:8540382021-05-05T06:52:06ZTrends in water-related technological innovation: insights from patent data 1423211781052 Leflaive, X. OECD, Paris (France) eng 174937 1423211781053 Krieble, B. 1423211781054 Smythe, H. textParis (France) OECD2020engInnovation has a role to play to mitigate water-related risks and to support the provision of water services on which our well-being and sustainable development depend. Water-related innovation originate in a wide range of countries, with different levels of ambition. They disseminate at different scales globally. This paper uses patent data to document trends in the invention of technologies to promote water security since 1990, focusing on the countries in which inventions are developed, where they might be commercialised, and in which subsectors they originate. The water-related technologies identified in the paper can be clustered into three categories: i) water pollution abatement; ii) demand-side; and iii) supply-side. The paper describes a number of important trends that can inform a broader discussion on the factors that might hinder, or enhance, inventive activity to promote water security.Innovation has a role to play to mitigate water-related risks and to support the provision of water services on which our well-being and sustainable development depend. Water-related innovation originate in a wide range of countries, with different levels of ambition. They disseminate at different scales globally. This paper uses patent data to document trends in the invention of technologies to promote water security since 1990, focusing on the countries in which inventions are developed, where they might be commercialised, and in which subsectors they originate. The water-related technologies identified in the paper can be clustered into three categories: i) water pollution abatement; ii) demand-side; and iii) supply-side. The paper describes a number of important trends that can inform a broader discussion on the factors that might hinder, or enhance, inventive activity to promote water security.water pollutiondrought stresswater scarcitywater conservationwater securityinnovation adoptionpatentsSDGsGoal 6 Clean water and sanitationhttps://www.oecd-ilibrary.org/environment/trends-in-water-related-technological-innovation_821c01f2-en
institution FAO IT
collection Koha
country Italia
countrycode IT
component Bibliográfico
access En linea
En linea
databasecode cat-fao-it
tag biblioteca
region Europa del Sur
libraryname David Lubin Memorial Library of FAO
language eng
topic water pollution
drought stress
water scarcity
water conservation
water security
innovation adoption
patents
SDGs
Goal 6 Clean water and sanitation
water pollution
drought stress
water scarcity
water conservation
water security
innovation adoption
patents
SDGs
Goal 6 Clean water and sanitation
spellingShingle water pollution
drought stress
water scarcity
water conservation
water security
innovation adoption
patents
SDGs
Goal 6 Clean water and sanitation
water pollution
drought stress
water scarcity
water conservation
water security
innovation adoption
patents
SDGs
Goal 6 Clean water and sanitation
1423211781052 Leflaive, X.
OECD, Paris (France) eng 174937
1423211781053 Krieble, B.
1423211781054 Smythe, H.
Trends in water-related technological innovation: insights from patent data
description Innovation has a role to play to mitigate water-related risks and to support the provision of water services on which our well-being and sustainable development depend. Water-related innovation originate in a wide range of countries, with different levels of ambition. They disseminate at different scales globally. This paper uses patent data to document trends in the invention of technologies to promote water security since 1990, focusing on the countries in which inventions are developed, where they might be commercialised, and in which subsectors they originate. The water-related technologies identified in the paper can be clustered into three categories: i) water pollution abatement; ii) demand-side; and iii) supply-side. The paper describes a number of important trends that can inform a broader discussion on the factors that might hinder, or enhance, inventive activity to promote water security.
format Texto
topic_facet water pollution
drought stress
water scarcity
water conservation
water security
innovation adoption
patents
SDGs
Goal 6 Clean water and sanitation
author 1423211781052 Leflaive, X.
OECD, Paris (France) eng 174937
1423211781053 Krieble, B.
1423211781054 Smythe, H.
author_facet 1423211781052 Leflaive, X.
OECD, Paris (France) eng 174937
1423211781053 Krieble, B.
1423211781054 Smythe, H.
author_sort 1423211781052 Leflaive, X.
title Trends in water-related technological innovation: insights from patent data
title_short Trends in water-related technological innovation: insights from patent data
title_full Trends in water-related technological innovation: insights from patent data
title_fullStr Trends in water-related technological innovation: insights from patent data
title_full_unstemmed Trends in water-related technological innovation: insights from patent data
title_sort trends in water-related technological innovation: insights from patent data
publisher Paris (France) OECD
publishDate 2020
url https://www.oecd-ilibrary.org/environment/trends-in-water-related-technological-innovation_821c01f2-en
work_keys_str_mv AT 1423211781052leflaivex trendsinwaterrelatedtechnologicalinnovationinsightsfrompatentdata
AT oecdparisfranceeng174937 trendsinwaterrelatedtechnologicalinnovationinsightsfrompatentdata
AT 1423211781053kriebleb trendsinwaterrelatedtechnologicalinnovationinsightsfrompatentdata
AT 1423211781054smytheh trendsinwaterrelatedtechnologicalinnovationinsightsfrompatentdata
_version_ 1768620118250618880