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179 resultados para depolymerisation em tudo

23 resultados em vídeo
Chemical recycling concept with plastic dissolving into liquid monomer in flask
Mobile Biodiesel Production Unit Showcasing Small-Scale Renewable Energy Technology for Sustainable Fuel
An image of thermal depolymerization, where waste materials break down and the process heat is shown
Complete 3D Plastic Recycling Process from Collection to New Product
Polyacrylamide (PAM) polymer, chemical structure. Skeletal formula.
Microtubule Depolymerization (Catastrophe) – 3D Cellular Animation created by 3D render ProRes 4444 XQ Alpha.
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A 3d rendering of Ideonella sakaiensis can break down polyethylene terephthalate (PET) the material used to make single-use water bottles and use it as its primary source of energy and carbon.
Chemical Recycling Icons. Outline icon set of chemical recycling processes: pyrolysis reactor, depolymerization flask, catalyst
Capturing the intricate structure of microtubules within a cell, showcasing their role in cellular transportation. Metamorphosis, life, happiness
Innovative Thermal Depolymerization Plant Next to a Recycling Facility
Biodegradable Plastic, Sustainable Alternatives to Plastics utensils . New Enzyme Technology Solving PET Plastic Problem
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform or alter through enzymatic action
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Plastic recycling bacteria and engineered enzymes in petri dishes surrounded by microplastic waste
Vector infographic depicting glycol-based PET recycling with catalytic reaction in heated reactor producing monomers for sustainable reuse.
Woman throwing away plastic bottles into recycling container
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Biodegradable plastic or Card Stock Laminate or CSL or number 87 Recycle Symbol Animation Seamless Loop
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Illustration of bioplastic manufacturing process including various stages and equipment in a sustainable production facility
Microscopic view of a treated plastic piece revealing intricate details as it changes from solid to malleable, preparing for depolymerisation
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chondroitin sulfate molecule 3d, molecular structure, ball and stick model, structural chemical formula anti-inflammatory agent
Chemical recycling concept with plastic dissolving into liquid monomer in flask
3D image of Octyl cyanoacrylate skeletal formula - molecular chemical structure of Octyl 2-cyanopropenoate isolated on white background
An image of thermal depolymerization, where waste materials break down and the process heat is shown
Enzymatic Depolymerization Concept for Next Generation Biological Plastic Recycling
Polyacrylamide (PAM) polymer, chemical structure. Skeletal formula.
Polymer Recycling Cycle Depolymerization Process
A 3d rendering of Ideonella sakaiensis can break down polyethylene terephthalate (PET) the material used to make single-use water bottles and use it as its primary source of energy and carbon.
Chemical Recycling Icons. Outline icon set of chemical recycling processes: pyrolysis reactor, depolymerization flask, catalyst
Capturing the intricate structure of microtubules within a cell, showcasing their role in cellular transportation. Metamorphosis, life, happiness
Plastic recycling bacteria and enzyme research in petri dishes amid colorful microplastic pollution
Engineered plastic-degrading bacteria and super-enzymes in colorful petri dishes with copy space
Plastic-degrading bacteria among microplastic fragments illustrating biological polymer recycling
Ideonella sakaiensis degrading PET plastic inside a ruptured bacterial cell on black, scientific illustration of enzymatic polymer breakdown, biodegradation and microbial plastic recycling technology
Ideonella sakaiensis bacterium breaking down PET plastic into fragments, conceptual microbiology illustration of enzymatic polymer degradation, bioremediation and biotechnology for plastic recycling
Minimalist Visual Comparison of Mechanical and Chemical Recycling Pathways
Complete 3D Plastic Recycling Process from Collection to New Product
Dual Column Plastic Recovery Comparison Between Mechanical and Chemical Recycling
Enzyme Reactor Testing Biological Depolymerization of Plastic Polymers
High Tech Depolymerization Reactor Deconstructing Polymers for Circular Recovery
Medium shot capturing the depolymerization process in a chemical recycling plant breaking down plastic polymers into fundamental monomers.
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Laboratory glassware comparing recycled polyethylene terephthalate with untreated sample, visualizing depolymerization process and material transformation
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White steam and gases rising from industrial depolymerization facility, revealing intense chemical transformations and energy processes of plastic waste recycling
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FAST-PETase. Sample of Plastic-Eating Microbial Enzyme
Alkene monooxygenase. Sample of Plastic-Eating Microbial Enzyme
Glucosidases. Sample of Plastic-Eating Microbial Enzyme
Polyurethanase. Sample of Plastic-Eating Microbial Enzyme
Protease. Sample of Plastic-Eating Microbial Enzyme
Alkane hydroxylase. Sample of Plastic-Eating Microbial Enzyme
Manganese peroxidase. Sample of Plastic-Eating Microbial Enzyme
Polyhydroxybutyrate. Sample of Plastic-Eating Microbial Enzyme
Serine hydrolase. Sample of Plastic-Eating Microbial Enzyme
Proteinase. Sample of Plastic-Eating Microbial Enzyme
PHL7. Sample of Plastic-Eating Microbial Enzyme
plastic degradation enzyme. Sample of Plastic-Eating Microbial Enzyme
PETase. Sample of Plastic-Eating Microbial Enzyme
MHETase. Sample of Plastic-Eating Microbial Enzyme
Cutinase. Sample of Plastic-Eating Microbial Enzyme
Esterase. Sample of Plastic-Eating Microbial Enzyme
Hydrolase. Sample of Plastic-Eating Microbial Enzyme
Catalase. Sample of Plastic-Eating Microbial Enzyme
Growing Bacterial Colonies In Petri Dish, Time Lapse
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Urease. Sample of Plastic-Eating Microbial Enzyme
Bifunctional lipase-cutinase. Sample of Plastic-Eating Microbial Enzyme
LCC. Sample of Plastic-Eating Microbial Enzyme
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform or alter through enzymatic action the structure
00:16
HD
chondroitin sulfate molecule, molecular structure, anti-inflammatory agent 3d model, Structural Chemical Formula and Atoms with Color Coding
chondroitin sulfate molecule, structural chemical formula, ball-and-stick model, isolated image anti-inflammatory agent
Colorful plastic waste streams into a depolymerizer, undergoing a transformation process for recycling and resource recovery, showcasing the potential of chemical recycling in a circular economy
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform or alter through enzymatic action the structure
00:19
HD
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform or alter through enzymatic action the structure
00:41
HD
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform or alter through enzymatic action
00:16
HD
A 3d rendering of Ideonella sakaiensis is a bacterium that has unique ability to "eat" plastic. Specifically, it can break down polyethylene terephthalate (PET).
A 3d rendering of Ideonella sakaiensis is a bacterium that has unique ability to "eat" plastic. Specifically, it can break down polyethylene terephthalate (PET).
A 3d rendering of Ideonella sakaiensis is a bacterium that has unique ability to "eat" plastic. Specifically, it can break down polyethylene terephthalate (PET).
Small plastic beads move along a conveyor belt in a plastic recycling factory, collecting in blue containers, demonstrating a circular economy
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Colorful plastic waste streams into a depolymerizer, undergoing a transformation process for recycling and resource recovery, showcasing the potential of chemical recycling in a circular economy
00:06
HD
Chemical Recycling Icons Set, in thin line
Vector comparison of plastic granulate before and after recycling via depolymerization, purification and repolymerization processes for sustainability.