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China
Niutech is a national high-tech enterprise, focusing on waste polymers pyrolysis technology R&D as well as equipment manufacture. Company has developed the team of high-level scientific research strength, internationalized manufacturing capacity, professional engineering and sales service to facilitate diversified commercial cooperation models. Whole pyrolysis production line realizes continuous and stabilized operation under safety and environment-friendly conditions, and brings high economic benefit, environmental benefit and social benefit to customers.Equipment provided by Niutech have been exported to many countries and regions. Niutech has developed the team of high-level scientific research strength, internationalized manufacturing capacity and professional engineering and sales service to facilitate diversified commercial cooperation models.
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Featured
Niutech Pyrolysis Technology & Equipment
... Recycled Plastic Industrial Continuous Pyrolysis ...
Netherlands
At BTG Bioliquids, we are dedicated to taking our responsibility for improving the quality of life for all of society. BTG-Bioliquids is an independent company whose shares are jointly owned by BTG, BTG-Bioliquids personnel, Tree Power, Energy fund Overijssel and a private investor. We deliver FPBO-plants that operate on biomass residues only, such as sawdust, sunflower husk, roadside grass and straw. With a team of highly enthusiastic professionals, we are working hard to change the world for the better by making our fast pyrolysis technology a worldwide success. Zeton has an earned reputation as a leader in designing and building innovative solutions to translate our customers’ process technology into fully automated working plants. Pyrocell is a company jointly owned by Setra and Preem – provides an important link in the value chain for renewable fuel. Green Fuel Nordic Oy is a biorefining company based in Finland. Our business model is based on utilising innovative, commercially used pyrolysis technology in the production of an advanced bio-oil.
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Featured
Pyrolysis Oil – 20 liters
... 30 litre jerrycan containing approximately 22.5 kg of fast pyrolysis bio-oil (made from sawdust). Worldwide shipping. ...
Lantana, United States
1-10 Employees
2015
BPS provides wastewater treatment facilities a proprietary pyrolysis technology that transforms waste into energy. BPS is a privately held company that works with wastewater treatment facilities to provide a cost effective method of treating sludge. AMP system technology will revolutionize the way water treatment plants eliminate sludge, by offering a more sustainable and eco-friendly alternative to disposing of waste in landfills.
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Featured
Biowaste Pyrolysis Solutions
... BPS provides wastewater treatment facilities a proprietary pyrolysis technology that transforms waste into energy. ...
Stavanger, Norway
11-50 Employees
2002
Thermtech is a Norwegian technology company with head office in Bergen, Norway. In 2004 Thermtech defined its ambition of creating the global technology standard for the treatment of oily waste, with the aim of contributing to a cleaner world. Thermtech works closely with existing and new clients to continue to deliver market leading waste management solutions. Thermtech can supply drying solutions to a wide variety of materials, application areas and industries. Thermtech deliver turn key projects and is responsible for intallation and commisioning for new drying plants. Thermtech offers a wide range of aftersales solutions including spare parts, operational support and remote support. The Thermtech R&D department, offers their profession and facillity for small scale testing of new materials and application areas. Thermtech can supply drying solutions for multiple materials, applications and industry areas.
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Featured
TMP FOR PYROLYSIS
... cuttings treatment, oily waste, tank bottom sludge, biosludge, pyrolysis, fish sludge, fiskeslam, sticky materials, drying, tørking, TCC, TMD, ...
Houston, United States
11-50 Employees
2021
We are dedicated to providing solutions that improve bottom line profits and the environment. Because we are more than gas experts, we understood the need to bring evolving technologies and a service-minded approach into constant innovation. We are passionate about waste heat recovery and look for every possible opportunity to improve efficiency. At CleanCap Technologies we are changing the way waste and raw gas is brought to market through an integrative approach to reducing the impact of manufacturing and energy production in the circular economy. Our products have one goal… to improve the environment. It is a commitment to our customers, our communities and each other to take waste and convert it to less harmful constituents, salable products, byproducts, and incentivized results to create revenues and improve the planet. As the vision for CleanCap was being created, we recognized that there was a critical knowledge gap in the industry. Our team consists of expertise in the following fields:.
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Featured
Pyrolysis
... Pyrolysis ...
Sandpoint, United States
1-10 Employees
2015
Other feedstocks include plastics, coal and oil sands. NBT has developed advanced, US patented technology to decompose waste tires and other petrochemical feedstocks and recover and recycle valuable commodities. Industrial-scale continuous process recovers carbon black (rCB), fuel oil and syngas. Decomposes all organic-containing feedstocks into valuable solid, liquid and gas fractions.
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Featured
New Black Technologies - Microwave Pyrolysis, Carbon Black
... New Black Technologies - Microwave Pyrolysis, Carbon ...
Tampere, Finland
1-10 Employees
2001
Adamatic Oy is an engineering company networking number of partnership companies in different countries. We represent unique technologies and products combining latest know-how and innovations into engineering experience. We operate mostly in Europe and Middle East where we have strong local partners to support our projects. Environmental Engineering is the area where we are the strongest. Furthermore, we believe that incinerating waste is absolutely not right – we shall utilize needless items into new products instead of deleting them. Therefore, our target is to improve recycling methods in order to produce recycled products minimizing emissions and environmental impact.
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Featured
Adamatic Oy | An innovative engineering company
... Pyrolysis ...
India
At APChemi, we're transforming plastic and biomass waste using global collaborations to leverage our patented technologies. APChemi’s Green Hydrogen Project Launch at G20-CEM event with Dr Jitendra Singh, Minister of Science and Technology and Dr Mrs Anita Gupta, Head of the Climate Change & Clean Energy Division. Our Vision and Mission inspires us to 'Do' rather than 'Doubt'. APChemi Mission: Collaborate and innovate to restore our Earth by cleaning plastic and air pollution. As leaders in pyrolysis, APChemi boasts award-winning and patented technologies for cost-efficient pyrolysis and pyrolysis oil purification. Suhas Dixit, CEO of APChemi discusses Social Entrepreneurship with Alankrita Khera, Director of ACT. Chemical Recycling: APChemi CEO Shares Insights on Scaling Up Recycled Content. APChemi at the Forefront of Sustainable Innovation: Our Journey to the Exchange Marketplace 2024.
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Featured
End-to-end technologies for sustainable pyrolysis
... Technologies for (1) PYROMAX™ - Pyrolysis of plastic, biomass and tyres. (2) PUREMAX™ - Pyrolysis oil Purification and Distillation. ...
Canada
11-50 Employees
There are no limits to the products we can repurpose. Some of the most common products we work with include; medical PPE, appliances, automotive fluids, sanitizers, disinfectants, detergents, soaps, textiles, cosmetics, personal care products, paint and more!
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Featured
Formula Distribution - Formula Distribution
... Plastic Pyrolysis ...
Madrid, Spain
1-10 Employees
2013
NEOLIQUID promotes the development of quality and sustainability for our society and the environment in which we live. The primary objective at NEOLIQUID is therefore rooted in the recovery of materials and energy from various types of waste, primarily those destined for the landfill but that contain products of high value added for promoting the circular economy. NEOLIQUID has obtained the certification in the International Sustainability & Carbon Certifiaction System (ISCC), according with the European Directive 28/2009/CE of Renewable Energies, in reference to the compliance and verification of the emvironmental sustainability of certain products, and troughout the chain. It must be pointed out that the technology patented by NEOLIQUID is primarily based upon the thermochemical process known as pyrolysis, which is significantly different from the process known as incineration, also widely used in waste elimination. This allows various products with high value added to be obtained, by recovering materials and energy from wastes that are otherwise sent to the landfill. In order to demonstrate the commitment it has taken on, NEOLIQUID is certified under the UNE:ES 9001:2015 standard in relation to quality management systems, the UNE:ES 14001:2015 standard in relation to environmental management systems, and the UNE:ES 166002:2014 standard in relation to R&D management.
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Featured
Fluidised bed pyrolysis
... NEOLIQUID - Fluidised Bed Pyrolysis ...
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 Pyrolysis
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 177 |
| Amount of suitable service providers | 125 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 2001 |
| Youngest suiting company | 2021 |
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Pyrolysis is a thermochemical decomposition process of organic material at elevated temperatures in the absence of oxygen. It involves the simultaneous change of chemical composition and physical phase, and is irreversible. Typically, pyrolysis is carried out at temperatures between 300°C and 600°C, sometimes even higher depending on the material and desired outcomes. The process results in the breakdown of larger molecules into smaller ones, and often leads to the production of a solid residue (char), liquid (tar), and gas (syngas), the proportions of which vary depending on the specific conditions, including temperature, pressure, and heating rate. Pyrolysis plays a critical role in various industrial applications, most notably in the production of charcoal, biochar, and activated carbon. It is also a key step in the conversion of biomass into bio-oil and syngas, which can be further processed into fuels and chemicals, making it pivotal in the development of renewable energy sources. Furthermore, pyrolysis is employed in the recycling of synthetic polymers to recover monomers, thereby contributing to waste reduction and the circular economy. The technique's ability to convert waste materials into valuable products has significant implications for environmental sustainability, energy security, and the economy, positioning it as a crucial technology in the fields of waste management, renewable energy, and material recovery.
1. Reduced Environmental Impact:
Pyrolysis significantly lowers the volume of waste, converting it into useful products such as biochar, oil, and gas. This process helps in reducing landfill waste and the emission of harmful gases, thereby offering a cleaner alternative to conventional waste disposal methods.
2. Energy Production:
One of the compelling advantages of pyrolysis is its ability to generate energy from waste materials. The gases and oils produced can be used as fuels, providing a renewable source of energy and reducing reliance on fossil fuels. This not only helps in managing waste but also contributes to energy sustainability.
3. Versatility:
Pyrolysis can process a wide range of organic materials, including plastic waste, biomass, and agricultural residues. This versatility makes it a flexible solution adaptable to various types of waste streams, offering a comprehensive approach to waste management and resource recovery.
4. Production of Valuable Byproducts:
Beyond energy, pyrolysis produces valuable byproducts like biochar, which can be used as a soil amendment to improve soil health and carbon sequestration. This adds an economic benefit to the process, making it not just an environmental solution but also a source of valuable products.
While evaluating the different suppliers make sure to check the following criteria:
1. Technology Efficiency and Reliability
Ensure the supplier's technology can process the intended feedstock efficiently, with high yield and reliability. Opt for suppliers with proven, scalable technologies.
2. Environmental Compliance
Verify that the supplier’s equipment meets local and international environmental regulations, including emissions standards, to avoid legal and social risks.
3. Energy Consumption
Assess the energy requirements of the pyrolysis process. Lower energy consumption translates to higher operational efficiency and reduced costs.
4. After-Sales Support and Maintenance
A supplier offering robust after-sales support, including maintenance and technical assistance, can significantly reduce operational downtime.
5. Cost Effectiveness
Consider both the initial investment and the ongoing operational costs. An optimal supplier provides a balance between cost and performance, ensuring long-term profitability.
6. Customization Capabilities
The ability to customize the pyrolysis system to your specific requirements, including feedstock type and process scale, is crucial for operational efficiency.
7. Experience and References
Look for suppliers with a strong track record and positive references from past clients. Experience in your industry or with your feedstock type can be a significant advantage.
Pyrolysis, a thermochemical decomposition process, has found significant applications across various industries, offering innovative solutions for waste management and material production. In the plastic recycling industry, pyrolysis transforms waste plastics into valuable commodities such as diesel fuel and naphtha. This process not only helps in reducing the volume of plastic waste but also contributes to the production of alternative fuels, providing a sustainable solution for businesses dealing with plastic waste management. The tire industry benefits from pyrolysis by converting end-of-life tires into oil, carbon black, and steel. This not only addresses the environmental problem of tire disposal but also generates raw materials for various industrial applications. Companies specializing in tire manufacturing or recycling can leverage pyrolysis to create a circular economy around tire products. In the biomass sector, pyrolysis is utilized for producing biochar, bio-oil, and syngas from agricultural waste, forest residue, and other organic materials. These products serve as renewable sources of energy and chemicals, offering a greener alternative to fossil fuels. This application is particularly valuable for businesses in agriculture, energy, and chemical industries looking to adopt sustainable practices. Lastly, in the realm of waste management, pyrolysis provides a method for converting municipal solid waste into energy and other useful by-products, minimizing landfill usage and contributing to energy recovery. Companies in the waste management sector can employ pyrolysis technology to enhance their waste-to-energy processes, presenting an eco-friendly waste disposal solution. These prevalent B2B use cases of pyrolysis across different industries underscore its versatility and potential in contributing to sustainable industrial practices and circular economies.
As of the latest available data, pyrolysis, a thermochemical decomposition process of organic material at elevated temperatures in the absence of oxygen, spans a range of Technology Readiness Levels (TRLs) from 4 to 9, depending on its specific application and the feedstock used. This wide spectrum is primarily due to the versatility of pyrolysis in handling different types of biomass and waste materials, alongside its application in various industries including energy, biochar production, and waste management. For energy production, pyrolysis is relatively advanced, achieving higher TRLs (7-9) in converting biomass to liquid fuels, with commercial-scale operations demonstrating the process's viability and efficiency. In contrast, its use in converting plastic waste to fuel is at a lower TRL (4-6), reflecting ongoing research and pilot projects aimed at optimizing process efficiency and understanding the implications of feedstock variability. The technical reasons underpinning this range include challenges related to feedstock preparation, process optimization for different materials, energy balance, and the quality of the end products. Furthermore, the scalability of pyrolysis technologies and their environmental impact, particularly in terms of emissions and by-product management, are crucial factors that affect their readiness level. Advances in reactor design, catalyst development, and process integration continue to push the boundaries, gradually elevating the TRL of specific pyrolysis applications.
In the short term, pyrolysis technology is expected to undergo significant advancements in efficiency and scalability. Immediate innovations will likely focus on optimizing operational parameters to increase the yield of valuable products such as bio-oil, syngas, and biochar. Breakthroughs in reactor design, such as the development of more effective catalytic pyrolysis processes, are anticipated. These enhancements aim to make pyrolysis more economically viable and environmentally friendly, by reducing energy consumption and lowering emissions. Mid-term developments are projected to expand the application scope of pyrolysis, particularly in waste management and renewable energy sectors. Advancements in feedstock flexibility will enable the processing of a broader range of materials, including plastic wastes and agricultural residues, thus contributing significantly to reducing landfill usage and generating cleaner energy sources. Integration of pyrolysis with other technologies, such as gasification and carbon capture and storage (CCS), is expected to improve overall efficiency and sustainability, paving the way for more comprehensive waste-to-energy solutions. In the long term, the focus will likely shift towards the full commercialization and global adoption of pyrolysis technology. Innovations in automation and artificial intelligence (AI) will optimize operation and maintenance processes, making large-scale applications more feasible. The long-term phase may also witness the emergence of breakthrough technologies enabling the direct conversion of pyrolysis products into ready-to-use fuels and chemicals, significantly impacting the energy, agricultural, and manufacturing industries. This era of pyrolysis technology promises not only to address critical environmental issues but also to play a pivotal role in the circular economy.
Some interesting questions that has been asked about the results you have just received for Pyrolysis
What are related technologies to Pyrolysis?
Based on our calculations related technologies to Pyrolysis are Water/Ocean Cleaning Technologies, Waste Management, Renewable Energy, Sustainable Fashion, Smart Grid
Who are Start-Ups in the field of Pyrolysis?
Start-Ups who are working in Pyrolysis are CleanCap Technologies
Which industries are mostly working on Pyrolysis?
The most represented industries which are working in Pyrolysis are Energy, Science and Engineering, Professional Services, Manufacturing, Sustainability
How does ensun find these Pyrolysis Companies?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
