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전체에서 depolymerisation에 관한 133개 결과

보기: depolymerisation 비디오에서 (21)
Chemical recycling concept with plastic dissolving into liquid monomer in flask
Das bakterielle Enzmy PETase baut PET-Plastik zu monomeren Bausteinen ab. Der gesamte bakterielle Abbauprozess liefert Ethylnglykol und Terephtalsäure.
chondroitin sulfate molecular structure 3d, anti-inflammatory agent structural chemical formula view from a microscope
Extreme close-up of shredded plastic flakes entering a thermal depolymerization reactor
A view of the exterior of a modern facility housing multiple depolymerisation reactors illuminated by natural light demonstrating the integration of sustainable technology in the recycling
intricate oil refinery silhouette as a vital tool for engineering education and professional growth.
A large, complex machine with a glass dome and a variety of pipes and wires attached to it.
Cyan nano-mesh fragment of PET bottle with titanium dioxide photocatalyst nanoparticles
Green Tech: Thermal Depolymerization Plant Near a Recycling Facility
Photorealistic 3D neurite outgrowth, single neuronal cell body with prominent nucleus and nucleolus, semi-transparent cytoplasm, multiple thin neurites extending outward with growth cones at tips
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform or alter through enzymatic action
00:16
Vector Design Depolymerization Icon Style
3D image of Methyl cyanoacrylate skeletal formula - molecular chemical structure of Methyl 2-cyanoprop-2-enoate isolated on white background
Chemical plant line icons collection. Reactor, Catalyst, Synthesis, Distillation, Polymer, Chemicals, Filtration vector and linear illustration. Extraction,Crystallization,Production outline signs set
Polyacrylamide (PAM) polymer, chemical structure. Skeletal formula.
Innovative Recycling Icons. Outline icon set of innovative recycling methods: chemical reactor, solvent bottle
Microscopic view of actin filament dynamics and molecular motor movement
Molecular depolymerization process with chemical structures
Rome, NY - Oct 12: Renmatix is a biotechnology company that converts woody biomass and plant feedstocks into industrial sugar for use in chemicals, adhesives, foam, and low‑carbon fuel
Modern facility showcasing advanced plastic recycling methods through chemical depolymerization reactors, emotion of scientific precision visible, representing circular economy principles,
Chemical recycling concept with plastic dissolving into liquid monomer in flask
Plastic degrading enzymes: PETase and MHETase degrade PET to ethylene glycol and terephtalic acid
Chondroitin sulfate rotating 3d molecule, molecular structure of anti-inflammatory agent seamless video
00:15
depolymerization
Microscopic view of a treated plastic piece revealing intricate details as it changes from solid to malleable, preparing for depolymerisation
Tubulin
Illustration of a plastic bottle disintegrating into molecules, symbolizing PET biodegradation and eco-friendly decomposition technologies.
Polystyrene foam pellet enhanced with carbon nanotubes for recycling applications
Chemical Recycling Plant Depolymerization Process - Medium shot of a chemical recycling plant, showing the depolymerization process inside a reactor breaking down plastic polymers.
00:08
Photorealistic 3D neurite outgrowth, single neuronal cell body with prominent nucleus and nucleolus, semi-transparent cytoplasm, multiple thin neurites extending outward with growth cones at tips
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform
00:20
Vector Design Depolymerization Icon Style
3D image of Ethyl cyanoacrylate skeletal formula - molecular chemical structure of cyanoacrylate ester isolated on white background
Vibrant rainbow material undergoes clean depolymerization in clear water, separating into distinct colored layers. A striking visual of sustainable chemical recycling for endless materials in a
Polyacrylamide (PAM) polymer, chemical structure. Skeletal formula.
Innovative Pyrolysis Process for Waste Plastic Transformation into Valuable Peedstock Oil Utilizing Advanced Depolymerization Techniques and Sustainable Chemistry Principles
Scientific structure of Microtubule: Minus-End, GDP-Lattice, and GTP-Cap at Plus-End - Accurate cell biology 3D render.
Chemical Recycling Icons Set, in flat colors
Waste plastic polymer chains being broken down by microbes into small breakdown products in blue infographic showing waste plastic, microbes, polymer chains and fragments
Modern facility showcasing advanced plastic recycling methods through chemical depolymerization reactors, emotion of scientific precision visible, representing circular economy principles,
Chemical recycling concept with plastic dissolving into liquid monomer in flask
Plastic degrading enzymes: PETase and MHETase degrade PET to ethylene glycol and terephtalic acid
Macro shot of specialized enzymes decomposing PET plastic fragments within a laboratory bioreactor for biological recycling
Exploring the Intersection of Glowing DNA Spirals, Mendelian Genetics, and Advanced Medical Technologies in Galaxy-Inspired Graphics
Glowing red heating element activating thermomagnetic depolymerisation process, breaking down complex plastic waste structures for innovative recycling and environmental sustainability
Plastic Recycling Machinery, featuring advanced equipment for plastic processing, highlighted against a backdrop of a sustainable environment, 3D visualization.
pyrolysis splitting molecule
Innovative Thermal Depolymerization Plant Next to a Recycling Facility
Chemical Recycling Icons. Outline icon set of chemical recycling processes: pyrolysis reactor, depolymerization flask, catalyst
Vector infographic depicting glycol-based PET recycling with catalytic reaction in heated reactor producing monomers for sustainable reuse.
Experiments on the development of GMO bacteria decomposing plastic. Biodegradation process microbial organisms bacteria and fungi transform or alter through enzymatic action
00:07
Vector Design Depolymerization Icon Style
3D image of Octyl cyanoacrylate skeletal formula - molecular chemical structure of Octyl 2-cyanopropenoate isolated on white background
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.
Polyacrylamide (PAM) polymer, chemical structure. Skeletal formula.
An image of thermal depolymerization, where waste materials break down and the process heat is shown
Microtubule Depolymerization (Catastrophe) – 3D Cellular Animation created by 3D render ProRes 4444 XQ Alpha.
00:12
Chemical Recycling Icons Set, in thin line
Capturing the intricate structure of microtubules within a cell, showcasing their role in cellular transportation. Metamorphosis, life, happiness
Translucent PET water bottle with photocatalyst for enhanced recycling
Chemical recycling concept with plastic dissolving into liquid monomer in flask
Plastic degrading enzymes: PETase and MHETase degrade PET to ethylene glycol and terephtalic acid
Bacteria degrading polymers plastic bottle and bag broken into molecular fragments then converted into eco friendly byproducts with leaf and molecule symbol, sustainable biodegradation process
Vibrant fluorescent microscopic image of microfilaments, thin thread-like structures essential for cell division,
Microscopic view of a treated plastic piece revealing intricate details as it changes from solid to malleable, preparing for depolymerisation
00:06
chondroitin sulfate molecule, structural chemical formula, ball-and-stick model, isolated image anti-inflammatory agent
Innovative approaches in plastic recycling illustrated through depolymerization process, solvent wash techniques, robotic sortation, and sustainable management of polymer materials
Innovative Green Technology: Thermal Depolymerization Unit Beside an Avant-Garde Structure
Chemical Recycling Icons. Outline icon set of chemical recycling processes: pyrolysis reactor, depolymerization flask, catalyst
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
00:07
Mobile Biodiesel Production Unit Showcasing Small-Scale Renewable Energy Technology for Sustainable Fuel
Woman throwing away plastic bottles into recycling container
00:31
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.
Illustration of bioplastic manufacturing process including various stages and equipment in a sustainable production facility
An image of thermal depolymerization, where waste materials break down and the process heat is shown
Photomicrograph of Bacteria Producing Biofuels from Lignocellulosic Biomass in Biorefineries
Polymer Recycling Cycle Depolymerization Process
Capturing the intricate structure of microtubules within a cell, showcasing their role in cellular transportation. Metamorphosis, life, happiness
Green plastic bottle with growing plant on white background. Copy space. AI generative.
Chemical recycling concept with plastic dissolving into liquid monomer in flask
PETase-Enzymen bauen PET-Molekülen zu monomeren Bausteinen ab. Die PETase ist ein bakterielles Enzym mit Plastik-Recycling Potential.
Biodegradable plastic or Card Stock Laminate or CSL or number 87 Recycle Symbol Animation Seamless Loop
00:11
Vector comparison of plastic granulate before and after recycling via depolymerization, purification and repolymerization processes for sustainability.
Medium shot capturing the depolymerization process in a chemical recycling plant breaking down plastic polymers into fundamental monomers.
chondroitin sulfate molecule, structural chemical formula, ball-and-stick model, isolated image anti-inflammatory agent
Medium shot capturing the depolymerization process in a chemical recycling plant breaking down plastic polymers into fundamental monomers.
00:06
Laboratory glassware comparing recycled polyethylene terephthalate with untreated sample, visualizing depolymerization process and material transformation
00:06
Small plastic beads move along a conveyor belt in a plastic recycling factory, collecting in blue containers, demonstrating a circular economy
00:06
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
Chemical recycling concept with plastic dissolving into liquid monomer in flask
Small plastic beads move along a conveyor belt in a plastic recycling factory, collecting in blue containers, demonstrating a circular economy
White steam and gases rising from industrial depolymerization facility, revealing intense chemical transformations and energy processes of plastic waste recycling
00:06
Chemical recycling concept with plastic dissolving into liquid monomer in flask
Growing Bacterial Colonies In Petri Dish, Time Lapse
00:07
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
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.
A 3d rendering of Ideonella sakaiensis is a bacterium that has unique ability to "eat" plastic. Specifically, it can break down polyethylene terephthalate (PET).
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
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.