Seven Editora
##common.pageHeaderLogo.altText##
##common.pageHeaderLogo.altText##


Contato

  • Seven Publicações Ltda CNPJ: 43.789.355/0001-14 Rua: Travessa Aristides Moleta, 290- São José dos Pinhais/PR CEP: 83045-090
  • Contato Principal
  • Nathan Albano Valente
  • (41) 9 8836-2677
  • editora@sevenevents.com.br
  • Contato para Suporte Técnico
  • contato@sevenevents.com.br

Pau rosa (Aniba rosaeodora): An extractivist potential

Farias LEL;
Monteiro BJZ;
Ferreira JPB;
Cunha BPO;
Serra AVP;
Silva JPA;
Costa LCS;
Oliveira EGR;
Silva RT;
Baía DB;
Souza GNT;
Albuquerque VCN

Lucas Eduardo Lopes Farias

Breno Jorge Zeferino Monteiro

Joseph Pina Bonfim Ferreira

Breno Porto de Oliveira Cunha

Ana Vitória Pinheiro Serra

João Paulo Amaral da Silva

Luana Cristhiny Silva da Costa

Eberth Gonçalves Rocha de Oliveira

Rogério Tavares da Silva

Diana Brandão Baía

Gertrudes Namias Tocantins de Souza

Vivian Carolina Nascimento de Albuquerque


Palavras-chave

Essential oil
Industry
Extractivism
Amazonia

Resumo

Pau-Rosa (Aniba rosaeodora), which belongs to the lauraceae family, is a species with high added economic value. Its value is based on the extraction of its essential oil, which is highly prized by the chemical, cosmetic and food industries. Its exploitation began in 1882 in French Guiana, when the extraction of its oil generated interest in the perfumery industry because it has a sweet, woody smell. The great interest shown by the industries in the essential oil has motivated producers to plant the species. However, there is a limited supply of seedlings for sale, as its exploitation was unsustainable, so most of the trees were felled to produce the oil in distillation plants. Essential oils are complex mixtures of volatile substances that dissolve in fat, propagate an aroma, are liquid and are normally obtained by hydrodistillation and steam distillation, where steam distillation is the most widely used in industry. During the essential oil extraction process, the water that drags the volatile constituents becomes aromatized, which is called hydrolate.

 

DOI:https://doi.org/10.56238/uniknowindevolp-143


Creative Commons License

Este trabalho está licenciado sob uma licença Creative Commons Attribution-NonCommercial 4.0 International License.

Copyright (c) 2023 Lucas Eduardo Lopes Farias, Breno Jorge Zeferino Monteiro, Joseph Pina Bonfim Ferreira, Breno Porto de Oliveira Cunha, Ana Vitória Pinheiro Serra, João Paulo Amaral da Silva, Luana Cristhiny Silva da Costa, Eberth Gonçalves Rocha de Oliveira, Rogério Tavares da Silva, Diana Brandão Baía, Gertrudes Namias Tocantins de Souza, Vivian Carolina Nascimento de Albuquerque

##plugins.themes.gdThemes.article.Authors##

  • Lucas Eduardo Lopes Farias
  • Breno Jorge Zeferino Monteiro
  • Joseph Pina Bonfim Ferreira
  • Breno Porto de Oliveira Cunha
  • Ana Vitória Pinheiro Serra
  • João Paulo Amaral da Silva
  • Luana Cristhiny Silva da Costa
  • Eberth Gonçalves Rocha de Oliveira
  • Rogério Tavares da Silva
  • Diana Brandão Baía
  • Gertrudes Namias Tocantins de Souza
  • Vivian Carolina Nascimento de Albuquerque