Research Indicators in Green Chemistry

Transcription

1 0 Research Indicators in Green Chemistry Guilherme Sepe Research Intelligence Oct

2 Data Sources 1

3 2 Research: Scopus World s Largest Abstract & Citation database with 69M+ records from 5,000+ publishers 22,800+ peer reviewed journals 50M+ Articles 100,000+ conference events 8M+ conference papers 1M+ books chapters 150,000 non-serial books Editorials, Reviews, Notes, Articles in Press

4 3 Research: Scopus Complete Coverage Across the Sciences: titles are classified in four subject clusters

5 4 Patents: TotalPatent One + Patent Strategies World s Largest Patent database 114M+ patents 107 Patent Offices around the world

6 Search Strategies details 5

7 6 Search Strategies details The search strategies were based on expert suggestion in two main subjects of interest: Biomass Processing Biomass AND (Chemical Hydrolisis OR Enzymatic Processing OR Gasification OR Pyrolysis OR Torrefaction) Platform Molecules Glucaric Acid OR Aspartic Acid OR Itaconic Acid OR Levulinic Acid OR Glycerol OR Sorbitol OR Xylitol OR Arabinitol OR Succinic OR Hydroxypropionic OR Ethanol NOT Fuel NOT Beverage

8 7 Search Strategy details The search strategies were based on expert suggestion in two main subjects of interest: Period Subject areas excluded from Research database Neuroscience, Nursing, Veterinary, Social Sciences, Health Professions, Arts and Humanities, Decision Sciences, Dentistry, Business, Management and Accounting, Economics, Econometrics and Finance and Psychology Metadata Research Database: Title, Abstract, Keywords Patent Database: Title, Abstract, Claims

9 Biomass Processing: Worldwide Perspective 8

10 9 Research: Biomass Processing, World (I) 1,981 3,135 1,80 1,

11 Research: Biomass Processing, World (II) 10

12 Research: Biomass Processing, World (III) 11

13 12 Patents: Biomass Processing, World Patents per year, Biomass Processing Source: TotalPatent One + PatentStrategies 5% CAGR Text Mining techniques applied to Title & Abstract

14 Platform Molecules: Worldwide Perspective 13

15 14 Research: Platform Molecules, World (I) 16,450 17,762 1,06 1,03 2,516 3,391

16 Research: Platform Molecules, World (II) 15

17 Research: Platform Molecules, World (III) 16

18 17 Patents: Platform Molecules, World Patents per year, Platform Molecules Source: TotalPatent One + PatentStrategies 11% CAGR Text Mining techniques applied to Title & Abstract

19 Biomass Processing: Brazil 18

20 19 Research: Biomass Processing, Brazil (I) From 2,5% to 4,1% of world s publication share

21 20 Research: Biomass Processing, Brazil (II) Brazil v Japan v France

22 21 Research: Biomass Processing, Brazil (III) Brazil v Japan v France v China v United States 21% 25% 17% 18%

23 22 Patents: Biomass Processing, Brazil Brazil v Japan v France v China v United States 36% Brazil, Japan, France 26% 3,6% 3% 3,4% 16% 15% 1% 1% 5% 0%

24 Platform Molecules: Brazil 23

25 24 Research: Platform Molecules, Brazil (I) From 5,1% to 5,3% of world s publication share

26 25 Research: Platform Molecules, Brazil (II) Brazil v Japan v France

27 26 Research: Platform Molecules, Brazil (II) Brazil v Japan v France v China v United States 26% 22% 15% 13%

28 27 Patents: Platform Molecules, Brazil % Brazil, Japan, France 47% 4,6% 0,5% 1% 1,6% 9% 7%

29 28 Conclusion In general Green Chemistry topics have good worldwide momentum (high prominence) and both, research output and number of patents are growing. China is the clear leader when it comes to Research Output and Patents per year. Research in Brazil represents 4-5% of world s publication share. Numbers growing yearly.

30 29 Thank you! Guilherme Sepe Solutions Manager

31 30 Research: Scopus Scopus is recognized for its excellence by 4,000+ Universities and 150+ leading Research Organizations for Assessment and Evaluation

32 Patents: More prolific companies in Brazil Biomass Processing 31

33 Patents: More prolific companies Worldwide Biomass Processing 32

34 Patents: More prolific companies in Brazil Platform Molecules 33

35 Patents: More prolific companies Worldwide Platform Molecules 34