01912naa a2200217 a 450000100080000000500110000800800410001902200140006010000190007424501500009326000090024352012190025265000120147165000220148365000330150565000240153865000220156265300220158470000200160677300680162621610252024-01-22       2024    bl uuuu     u00u1 u    #d  a2949-83921 aVAZ JUNIOR, S.  aSustainable carbonaceous raw materialsba contribuition to reduce the negative environmental impacts of chemical industry.h[electronic resource]  c2024  aChemicals, a class of global commodities, can be divided into inputs and end-use products, what can include a huge number of characteristics and applicability, encompassing organic and inorganic substances. From this perspective, the chemical industry plays a crucial role in most sectors of regional economies, which has led to innovative, life-enhancing products and technologies that not only support the global economy, but also help people live longer, healthier, more sustainable lives. The use of sustainable raw materials for feedstock of this industry as a transition for the circular economy is a challenge and an opportunity. In this way, sustainable carbonaceous materials (i.e., biomass, CO2, and recyclable materials) can contribute to the reduction of the negative environmental impacts from the chemistry exploitation. This perspective article, based-on scientific literature and market information, deals with an outlook of the chemical industry, the sources of its negative impacts on the environment, the industrial sources of sustainable carbonaceous materials, and the proposal of sustainable feedstocks in order to promote the sustainable development goals of the United Nations in chemistry.  aBiomass  aChemical industry  aDesenvolvimento Sustentável  aDióxido de Carbono  aImpacto Ambiental  aEconomia circular1 aSOUZA, D. T. de  tSustainable Chemistry for the Environmentgv. 5, 2024. e100058.