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Frankfurt, Germany
11-50 Employees
2016
Deutsche Nano LiquiTec GmbH, Frankfurt, Germany, is the official developer, manufacturer, and global reseller of the first-to-market, environmentally friendly (green) nanotechnology liquid, Nano LiquiTec® with Graphene Dynamics®. Our company’s business vision is based on the anticipated global demand for our product. The aim is to reduce energy consumption, thereby simultaneously diminishing emissions and energy costs. Nano LiquiTec® is engineered with a proprietary mixture of pure graphene and nanoparticles and provides a cost-effective energy-saving solution for the world’s cooling, refrigeration, and heating systems. We formulate, manufacture, and bottle Nano LiquiTec® products with top, German laboratories, production facilities, state-of-the-art technology, and only highly-qualified personnel. The products of the Deutsche Nano LiquiTec GmbH carry the designation of origin “ENGINEERED IN GERMANY” and are distributed under their brand names worldwide. The production is in the form of commissioned production. Our quality-assurance production program guarantees Nano LiquiTec® leaves our manufacturing facilities ready to meet the highest quality standards and performance expectations.
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Nano LiquiTec® with Graphene Dynamics® Green Nanotechnology
... Nano LiquiTec® with Graphene Dynamics® Green Nanotechnology ...
Chennai, India
11-50 Employees
2005
Licensed Proprietry Technology from the University of Missouri, U.S.A. NanOlife is the first company in the world to embrace the highly sophisticated scientific concept of applying Green Nanotechnology to develop Nanomedicine products within the Oncology, Ophthalmology, Antibiotics and Cosmeceuticals space. It all started through Professor Kattesh Katti’s over three decades of research in biomedical sciences. In 2005, National Cancer Institute of the National Institutes of Health of USA invested in Professor Katti’s Nanomedicine Research at the University of Missouri, USA. This investment helped Professor Katti to invent the concept of Green Nanotechnology which allows the application of disease curing phytochemicals to develop varieties of gold and silver nanoparticles for use in cancer therapy, ophthalmology, antibiotics and allied medical applications.
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Nanolife : Nanomedicine Products & Speciality Medical Centre
... NanOlife is the 1st company in the world to embrace the highly sophisticated scientific concept of applying Green Nanotechnology to develop Nanomedicine products. ...
Saint-Denis, France
11-50 Employees
2015
TORSKAL is an international biotech/medtech company, pioneer in green nanotechnology. OUR VISION: To impact in a sustainable way the cancer therapy using a green chemistry approach. We are currently working to optimize the couple nanoparticles – irradiation modalities by testing different types of nanoparticles. TORSKAL devotes part of its research activities to the screening of new plant species available in Reunion Island in order to develop new nanotheranostics solutions. TORSKAL offers 2 ranges of gold nanoparticles (Green synthesis range and the Turkevich synthesis range). Committed since 2015 in the development of a new generation of non-toxic and eco-friendly nanomaterials for the physical destruction of tumors. These products are used for physical destruction of tumors as first line treatment of skin cancers or in combination with existing treatments. Founded in 2015 by the inventor of the patent, PhD in material chemistry & alumni of Sorbonne university, TORSKAL rapidly became a growing start-up backed today and in the past by a network of international experts and multidisciplinary top-leading academic research labs (CEA Marcoule, Sorbonne University, Bordeaux University, Reunion island University, Paris Pasteur Institute, GIP CYROI).
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TORSKAL - Pioneer of Green Nanotechnology
... TORSKAL - Pioneer of Green Nanotechnology ...
Kingston, Canada
1-10 Employees
2021
By supplying shared physical infrastructure & critical resources for innovators, RXN HUB provides a fully supported go-to-market pathway for chemistry-enabled technologies that address complex sustainability issues. For technologies in the TRL 4-8 range, RXN HUB offers a specialized piloting program with:. RXN HUB helps facilitate capital efficient projects between technology providers and market adopters who want founder-friendly engagements. At the core of RXN HUB's beliefs is the recognition that providing holistic support to individuals who are willing to take the risks of commercialization is crucial for achieving success.
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RXN HUB | About
... An ecosystem initiative built to scale-up, pilot, and commercialize advanced materials, energy, nanotechnology and green chemistry start-ups; better known as ChemTech start-ups. ...
Rishon LeZion, Israel
11-50 Employees
1959
YEDA Technology Transfer from the Weizmann Institute of Science. Yeda Research and Development Company Ltd. is the commercial arm of the Weizmann Institute of Science. Yeda holds an exclusive agreement with the Weizmann Institute to commercialize the unique intellectual property developed by the scientists. The income generated serves to support further basic research and science education. The innovation ecosystem comprises of three separate but interrelated units within the Institute.
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Agriculture and Plant Genetics Chemistry and Nanotechnology Green Synthesis of Biocompatible Porous Nanostructured Silica-Composite (No. T4-2201)
... Agriculture and Plant Genetics Chemistry and Nanotechnology Green Synthesis of Biocompatible Porous Nanostructured Silica-Composite (No. T4-2201) ...
San Francisco, United States
11-50 Employees
2016
PUROSOL represents the culmination of one man’s vision and 20 years of research and development. Purosol was originally developed for NASA and the US military for use on high-end multi-coated optics. These marks, when left unchecked, grew and multiplied as the conventional cleaner was used repeated times, eventually leading to the destruction of the lens coating entirely. The product was the first of its kind and the reactions to early test results and trials were positive. Despite Ultratech still undergoing field testing, the US Military became aware of the product and requested its use in the war effort. The feedback from these organizations was excellent and it seemed that the product was nearing perfection. Sampson’s company and its formula in 2005 and continues to produce the product in its state-of-the-art laboratory in New Mexico. The formula today is the leader in environmentally-friendly cleaning, and the basis of the core formula underlying the entire PUROSOL line of products, which includes cleaning solutions for optical, plasma, sport/marine and jewelry products.
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Purosol Sport/Marine Cleaner
... This all-green formula uses nanotechnology and plant extracts to safely clean your marine equipment. With no harsh chemicals or alcohol, this natural formula contains an enzyme that helps keep salt crystals from forming which keeps away ...
St Albans, United Kingdom
1-10 Employees
1979
Our goal is to make sure that each customer leaves our showrooms feeling that they have received impartial, attentive advice from knowledgeable staff. We take care of the online ordering and delivery for a selection of high-quality tiles stores across the UK. By operating out of one large centralised UK warehouse, we can offer a far more comprehensive product range than the individual stores could from their own small storerooms. We can also offer a free samples service, so you can buy with confidence from the comfort of your own home. As the majority of our customers are in the trade, we have selected only the best products that we are confident will meet their high expectations. They have access to thousands more tiles from some of the best tile manufacturers in Europe, and will almost certainly be able to help.
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Aquastop Fix 5kg - BC Ceramics Ltd
... Ideal for use in green buildings. Nanotechnology makes it completely water-repellent and gives a high chemical stability. ...
Hong Kong Island, China
11-50 Employees
2012
We provide international IP services directly to local clients - our attorneys are the ones actually handling your matter. We are an award-winning firm with attorneys who have been recognized as world-leading practitioners in respected industry journals, and our services have been engaged in major IP court cases. Our team of award-winning patent and trade mark attorneys is highly qualified to act before the major IP offices and is regularly engaged in major IP court cases by companies of all sizes. If you're looking to register your first patent, seeking legal opinions for freedom-to- operate, or pursuing litigation support to defend your company against infringement, inCompass IP is here to help.
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Intellectual Property Law & Practice in Hong Kong | inCompassIP
... Chemical and chemical engineering Pharmaceuticals Biotechnology and bioengineering Material science Nanotechnology Green technology Electronics LED technology Computer hardware, software and computer-implemented inventions Mechanical and mining engineering Semiconductor technologies Robotics ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Green Nanotechnology
| Country with most fitting companies | Canada |
| Amount of fitting manufacturers | 7 |
| Amount of suitable service providers | 3 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1959 |
| Youngest suiting company | 2021 |
Green Nanotechnology refers to the intersection of nanotechnology with green engineering and chemistry principles, focusing on the design, development, and application of nanoparticles and nanoscale technologies that are environmentally benign and sustainable. This innovative approach aims at minimizing potential environmental and human health risks associated with the manufacture and use of nanotechnology products, while also enhancing energy efficiency and reducing waste. Green nanotechnology plays a pivotal role in various sectors, including energy production, by creating more efficient solar panels and fuel cells, environmental remediation, through the development of materials that can clean up pollutants more effectively, and in the field of green manufacturing, by promoting the use of less toxic materials in the production of goods. The impact of green nanotechnology is significant, offering solutions that contribute to sustainability and environmental protection while fostering the advancement of nanotechnologies that are safe for both people and the planet. By integrating principles of sustainability into nanoscale research and development, green nanotechnology is poised to revolutionize industries, leading to less waste, cleaner production processes, and more sustainable use of resources, aligning technological advancement with ecological responsibility.
1. Reduced Environmental Impact
Green nanotechnology emphasizes the use of environmentally friendly materials and processes, significantly reducing harmful waste and emissions. This approach minimizes the ecological footprint of manufacturing and research, offering a sustainable alternative to conventional practices that often rely on toxic chemicals and generate hazardous byproducts.
2. Energy Efficiency
The development and application of green nanotechnologies contribute to enhanced energy efficiency in various products and systems. Nano-materials designed with green principles in mind can improve energy storage, conversion, and saving capabilities, leading to more efficient use of resources and lower energy costs for consumers.
3. Health and Safety Benefits
By focusing on non-toxic materials and processes, green nanotechnology presents fewer health risks to both workers in the industry and the end-users of nano-enabled products. This commitment to safety helps in reducing exposure to dangerous substances, potentially lowering the incidence of work-related illnesses and improving overall public health.
4. Enhanced Product Life Cycles
Green nanotechnology can extend the lifespan of products through the use of durable nano-materials that resist wear and degradation. This longevity reduces the need for frequent replacements, leading to less waste and a more sustainable consumption pattern.
1. Expertise in Green Nanotechnology
Evaluate the supplier's experience and expertise specifically in green nanotechnology. This includes their past projects, research contributions, and any patents they might hold in this field.
2. Sustainability Practices
Check the supplier's commitment to sustainability. This involves their manufacturing processes, materials used, and the overall environmental impact of their products.
3. Quality Assurance
Ensure the supplier has robust quality assurance processes in place. This includes certifications, testing methodologies, and compliance with international standards relevant to green nanotechnology.
4. Innovation Capabilities
Determine the supplier's ability to innovate. Look for a track record of developing new and improved green nanotechnology solutions that address current and future environmental challenges.
5. Supply Chain Transparency
Assess the transparency of the supplier's supply chain. This includes the sourcing of materials, ethical labor practices, and the traceability of their products throughout the supply chain.
6. Customer Support
Evaluate the level of customer support provided. This encompasses technical support, product customization options, and responsiveness to inquiries and feedback.
Green nanotechnology is making significant strides in the field of sustainable manufacturing, offering businesses innovative ways to minimize environmental footprints while enhancing product efficiency. One prominent use case is in the development of cleaner, more efficient energy systems. By leveraging nanomaterials, companies are able to create solar panels with higher energy conversion rates, making renewable energy more accessible and cost-effective for industries. This advancement supports the global shift towards sustainable energy solutions. Another area where green nanotechnology shines is in water purification. Nanoparticles are utilized to develop advanced filtration systems that can remove pollutants and pathogens more effectively than traditional methods. This is particularly beneficial for industries reliant on large volumes of clean water, such as agriculture and manufacturing, ensuring they have access to safe water sources while reducing environmental impact. Furthermore, green nanotechnology is revolutionizing the materials sector by enabling the production of stronger, lighter, and more durable materials with a lower environmental impact. These nano-enhanced materials are used in a wide range of applications, from construction to automotive manufacturing, offering significant energy savings and reducing carbon emissions throughout the product lifecycle. This use case not only demonstrates the versatility of green nanotechnology but also its potential to drive sustainable innovation across multiple industries.
Green nanotechnology, an innovative field combining environmental sustainability with nanoscale advances, currently finds itself at various Technology Readiness Levels (TRLs), primarily spanning from TRL 3 to TRL 6. This range is attributed to the sector's experimental phase in the laboratory (TRL 3) to its early integration and testing in relevant environments (TRL 6). The disparity in TRLs is chiefly due to the multifaceted nature of green nanotechnology applications, including pollution remediation, energy efficiency, and the development of green nanomaterials. At the lower end, TRL 3, research is deeply entrenched in proof-of-concept studies, where the focus is on demonstrating the feasibility of using nanoparticles for environmental cleanup or energy production in controlled settings. Progress towards TRL 6 is marked by the scaling of these technologies for pilot studies, such as deploying nanomaterials for real-world water purification or enhancing solar cell efficiency. The technical challenges that define this TRL range include optimizing the synthesis of nanomaterials to minimize environmental impact, ensuring stability and effectiveness of nanoparticles when applied outside laboratory conditions, and addressing potential health and safety concerns associated with nanoscale materials. These hurdles necessitate iterative research and development to refine techniques and materials, making the journey toward higher TRLs a gradual process rooted in overcoming technical limitations and proving practical viability.
In the Short-Term, green nanotechnology is poised to revolutionize the manufacturing sector by introducing more energy-efficient processes. Innovations such as nano-catalysts will significantly reduce chemical waste in industrial operations, enhancing the sustainability of production methods. The development of biodegradable nanomaterials will also start to replace conventional plastics in packaging, leading to a substantial reduction in pollution. The Mid-Term phase will witness the expansion of green nanotechnology into energy production and storage, with the advent of highly efficient solar panels and batteries. These advancements will leverage nanostructured materials to capture solar energy more effectively and store it with greater capacity, thus enabling a cleaner, more sustainable energy grid. Additionally, the purification of water through nanofiltration techniques will become more widespread, addressing critical shortages and improving accessibility to clean water globally. Looking into the Long-Term, the application of green nanotechnology is expected to unfold in the realm of medicine and environmental restoration. The development of targeted drug delivery systems using nanotechnology will minimize side effects and improve treatment outcomes for various diseases. Furthermore, we anticipate groundbreaking methods for removing pollutants from soil and water at the molecular level, offering innovative solutions for reversing environmental degradation and mitigating the impacts of climate change.
