Artwork

Inhoud geleverd door Climapreneur. Alle podcastinhoud, inclusief afleveringen, afbeeldingen en podcastbeschrijvingen, wordt rechtstreeks geüpload en geleverd door Climapreneur of hun podcastplatformpartner. Als u denkt dat iemand uw auteursrechtelijk beschermde werk zonder uw toestemming gebruikt, kunt u het hier beschreven proces https://nl.player.fm/legal volgen.
Player FM - Podcast-app
Ga offline met de app Player FM !

EP69-Fungus that cleans pollutants from petroleum industry -Treating petroleum contaminated soil -Principal scientists CSIR IIP

26:11
 
Delen
 

Manage episode 362074479 series 2949792
Inhoud geleverd door Climapreneur. Alle podcastinhoud, inclusief afleveringen, afbeeldingen en podcastbeschrijvingen, wordt rechtstreeks geüpload en geleverd door Climapreneur of hun podcastplatformpartner. Als u denkt dat iemand uw auteursrechtelijk beschermde werk zonder uw toestemming gebruikt, kunt u het hier beschreven proces https://nl.player.fm/legal volgen.

Researchers at the Council of Scientific & Industrial Research-Indian Institute of Petroleum (CSIR-IIP), Dehradun, have identified a fungus capable of removing toxic, recalcitrant, and carcinogenic polycyclic aromatic hydrocarbons (PAHs) from the environment. The rapid pace of economic development and industrialisation has resulted in the release of several PAHs into the environment. The PAHs are ubiquitous environmental pollutants originating from multiple sources, including combustion of petrogenic fossil fuels, and incomplete incineration of municipal wastes and biomass. Pyrene, possessing four benzene rings, belongs to the highly toxic class of PAHs, with carcinogenic and mutagenic properties. It gets lodged into the environmental matrices like soil, water and atmosphere, resulting in widespread environmental pollution, necessitating adequate remediation of contaminated environmental matrices. The researchers at IIP identified a white-rot fungus Trametes maxima IIPLC-32 which has the potential to cause microbial degradation of pyrene. According to researchers, growing on dead plants, this fungus causes pyrene degradation using special enzymes. ft. Dr Sunil Kumar Suman & Pankaj K Kanaujia, Principal scientists CSIR IIP Chapters 0:00- Coming Up 2:19- Researchers find fungus to decrease the pollution level of the soil. 6:20- Bioremediation uses microorganisms to reduce pollution 8:30- Scientists using microorganisms to reduce pollution 13:15- Land Oil Spill response with Microbes 18:20- Building Microbial Consortium and testing various microbes to degrade pollutants 19:50- What Microbiologists need to solve pollution with Microbial Consortia at scale? 21:45- To solve climate change don’t compartmentalize knowledge 22:45- Opportunities for students in Biotechnology #oilspillcleanupmiddletownny #oilspillcleanupmethods #oilboons #burninginsitu #skimming #sorbents #science, #BP #oileatingfungus #petroleum #hydrocarbon #petrol

  continue reading

87 afleveringen

Artwork
iconDelen
 
Manage episode 362074479 series 2949792
Inhoud geleverd door Climapreneur. Alle podcastinhoud, inclusief afleveringen, afbeeldingen en podcastbeschrijvingen, wordt rechtstreeks geüpload en geleverd door Climapreneur of hun podcastplatformpartner. Als u denkt dat iemand uw auteursrechtelijk beschermde werk zonder uw toestemming gebruikt, kunt u het hier beschreven proces https://nl.player.fm/legal volgen.

Researchers at the Council of Scientific & Industrial Research-Indian Institute of Petroleum (CSIR-IIP), Dehradun, have identified a fungus capable of removing toxic, recalcitrant, and carcinogenic polycyclic aromatic hydrocarbons (PAHs) from the environment. The rapid pace of economic development and industrialisation has resulted in the release of several PAHs into the environment. The PAHs are ubiquitous environmental pollutants originating from multiple sources, including combustion of petrogenic fossil fuels, and incomplete incineration of municipal wastes and biomass. Pyrene, possessing four benzene rings, belongs to the highly toxic class of PAHs, with carcinogenic and mutagenic properties. It gets lodged into the environmental matrices like soil, water and atmosphere, resulting in widespread environmental pollution, necessitating adequate remediation of contaminated environmental matrices. The researchers at IIP identified a white-rot fungus Trametes maxima IIPLC-32 which has the potential to cause microbial degradation of pyrene. According to researchers, growing on dead plants, this fungus causes pyrene degradation using special enzymes. ft. Dr Sunil Kumar Suman & Pankaj K Kanaujia, Principal scientists CSIR IIP Chapters 0:00- Coming Up 2:19- Researchers find fungus to decrease the pollution level of the soil. 6:20- Bioremediation uses microorganisms to reduce pollution 8:30- Scientists using microorganisms to reduce pollution 13:15- Land Oil Spill response with Microbes 18:20- Building Microbial Consortium and testing various microbes to degrade pollutants 19:50- What Microbiologists need to solve pollution with Microbial Consortia at scale? 21:45- To solve climate change don’t compartmentalize knowledge 22:45- Opportunities for students in Biotechnology #oilspillcleanupmiddletownny #oilspillcleanupmethods #oilboons #burninginsitu #skimming #sorbents #science, #BP #oileatingfungus #petroleum #hydrocarbon #petrol

  continue reading

87 afleveringen

Kaikki jaksot

×
 
Loading …

Welkom op Player FM!

Player FM scant het web op podcasts van hoge kwaliteit waarvan u nu kunt genieten. Het is de beste podcast-app en werkt op Android, iPhone en internet. Aanmelden om abonnementen op verschillende apparaten te synchroniseren.

 

Korte handleiding