Green Chemistry was born in 1990 in order to prevent environmental pollution, improve the environment and quality of life. It seeks to create awareness in both the scientific and industrial communities, the importance of providing goods and services that are in line with population growth, in a way that does not contaminate or diminish social welfare. Sustainable engineering has developed as an extension to sustainable chemistry,with the aim of designing products and processes that minimize pollution and companies that want to be recognized as leaders in a more global and competitive market must seek to bring value to their investments and the socio-economic environment in which they operate, with a high level of environmental protection.

Green Chemistry was born in 1990 in order to prevent environmental pollution, improve the environment and quality of life. It seeks to create awareness in both the scientific and industrial communities, the importance of providing goods and services that are in line with population growth, in a way that does not contaminate or diminish social welfare. Sustainable engineering has developed as an extension to sustainable chemistry,with the aim of designing products and processes that minimize pollution and companies that want to be recognized as leaders in a more global and competitive market must seek to bring value to their investments and the socio-economic environment in which they operate, with a high level of environmental protection.

Biochar is a product that is obtained from different types of biomass such as pine wood bark, bamboo, organic and vegetable waste, human manure, poultry manure, among others. Biochar has been used in different ways as a soil improver among which are: improving the retention of water and nutrients in the soil, increasing the productivity of crops, increasing the quality of the soil and also acting as a sequestrant of carbon dioxide. This use as a soil improver is not only recognized from a research or academic point of view, but there is a lot of business interest in its development and commercialization, which is seen by the accelerated trend of patent research and development in the last ten years. Technology leadership is represented by US companies and the academic sector by Chinese universities publications. The future of biochar, as a soil conditioner, looks promising from both a bu...

Biochar is a product that is obtained from different types of biomass such as pine wood bark, bamboo, organic and vegetable waste, human manure, poultry manure, among others. Biochar has been used in different ways as a soil improver among which are: improving the retention of water and nutrients in the soil, increasing the productivity of crops, increasing the quality of the soil and also acting as a sequestrant of carbon dioxide. This use as a soil improver is not only recognized from a research or academic point of view, but there is a lot of business interest in its development and commercialization, which is seen by the accelerated trend of patent research and development in the last ten years. Technology leadership is represented by US companies and the academic sector by Chinese universities publications. The future of biochar, as a soil conditioner, looks promising from both a bu...

Biocosmetics, products which utilize natural or biologically derived components, are gaining prominence due to their safety, sustainability, and effectiveness. Among their advantages are a lower risk of irritation and allergies, biodegradability, and applications in skincare, makeup, hair care, and perfumes. This study examines global market trends in the production and use of biocosmetics over the past decade, employing content analysis and a literature review of key market reports. The market is projected to reach $8.75 billion by 2032, with a compound annual growth rate (CAGR) estimated between 4.49% and 6.90% for the period 2019–2032. The findings highlight a transformation in the cosmetic industry, with biocosmetics emerging as a rapidly growing sector driven by increasing demand for safe, sustainable, and effective products

Biocosmetics, products which utilize natural or biologically derived components, are gaining prominence due to their safety, sustainability, and effectiveness. Among their advantages are a lower risk of irritation and allergies, biodegradability, and applications in skincare, makeup, hair care, and perfumes. This study examines global market trends in the production and use of biocosmetics over the past decade, employing content analysis and a literature review of key market reports. The market is projected to reach $8.75 billion by 2032, with a compound annual growth rate (CAGR) estimated between 4.49% and 6.90% for the period 2019–2032. The findings highlight a transformation in the cosmetic industry, with biocosmetics emerging as a rapidly growing sector driven by increasing demand for safe, sustainable, and effective products