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Budapest, Hungary
1-10 Employees
1995
Int-Energia Kft is an Engineering Company which specializes in development and supply of Solid Waste and Biomass Processing Complexes based on Plasma, Gasification, Melting and Closed Cycle of CO2 Technology (PGMCC Technology). PGMCC Complexes for Solid Waste and Biomass Processing ensure production of green energy, fuels and useful products from renewable sources.
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Featured
Technology - PGMCC - Plasma, Gasification, Melting, Closed Cycle Technology
... PGMCC - Plasma, Gasification, Melting, Closed Cycle Technology. High-Temperature Plasma Processing Technology. Gas Turbine Technology. Algae technology. ...
Key Largo, United States
1-10 Employees
2021
We follow science based solutions such as Regenerative Gasification that offers opportunities to solve intractable recycling challenges posed by modern multi-layered, multi material products and packaging. Regenerative Gasification is a process that achieves higher temperatures than gasification, in excess of 2,000 °C. All products become feedstocks for subsequent value-added commercial applications. Waste-syngas-methanol-products/plastics offers a true pathway to the circular economy sustainability. Corrugate/paper is the most recycled material and according to the EPA, 32% is sent to landfill. Plastic is the least recycled material with 91% going to landfill. The mission of the Consortium is to transform the recycling infrastructure through the advancement of economically sustainable waste to syngas technologies. CWC, FPA & University of Florida collaborate to offer industry trials of "hard to recycle" waste - press release.
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Advanced Technology | Consortium For Waste To SyngasCircularity
... Plasma Assisted Gasification and Vitrification (PAG/V) systems are anadvanced form of gasification that uses thermal plasma arc torches toachieve process temperatures in excess of 3,400 deg F. Contact us. ...
Båstad, Sweden
11-50 Employees
2007
Plagazis cirkulära vätgas har hög industriell renhet och kan användas till allt från bränsleceller till industriprocesser. Plagazi hanterar icke-återvinningsbart avfall som idag läggs på deponi eller förbränns, så som plast, autofluff, medicinskt och farligt avfall, och återvinner det till cirkulär vätgas med ett negativt CO2-avtryck utan farliga restprodukter. Den patenterade Plagazi ® processen kostar 25% av befintliga produktionsmetoder för utvinning av cirkulär vätgas och har öppnat upp en ny inkomstkälla. Lösningen till en kostnadseffektiv och storskalig cirkulär vätgasproduktion för ett förminskat klimatavtryck.
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Plagazi AB (publ)| Green hydrogen from waste
... Plagazi is working to develop the circular economy by converting non-recyclable waste into green hydrogen through plasma gasification. The production process is highly energy self-sufficient and environmentally friendly by not producing any dangerous by-products. ...
Singapore
11-50 Employees
2013
Strebl Energy Pte Ltd is dynamic company specializing in power industry. We deliver innovative projects that effectively promote sustainable development and growth for urban or remote communities. We provide our clients with complete services in Renewable Energy, Waste-to-energy, Energy Recovery and Advanced Technology Solutions. Our company provides cutting-edge engineering, manufacturing expertise and planning services in the areas of renewable energy, waste management, sewage treatment and environmental protection. The focus of our work is on the construction or upgrading of existing facilities.
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Featured
Plasma Waste to Energy Systems | Streblenergy.com
... Cool Plasma Gasification ...
Greeley, United States
11-50 Employees
2015
We are pioneering a new era of waste disposal, transforming landfill diversion into a renewable energy goldmine. A forefront runner in sustainable waste management, and provider of the revolutionary Gasplasma® process in North America. Plasma Development LLC is the brainchild of technological visionaries with substantial experience in constructing and operating biomass refineries and waste recycling facilities. Our recycling solution is a fusion of technology and innovation. At the heart of it is the groundbreaking Gasplasma® technology. This efficient integrated solution is a result of our strategic partnership with Leveraged Green Energy (LGE) and NOVO Tech, allowing our projects to function as independent waste management systems. It is through these collaborations that we offer recycling as opposed to disposal solutions that are environmentally friendly with very strong forecasted economics. Driving our success is a team diverse in talent but united in purpose, relentlessly pushing boundaries to reshape the waste disposal and recycling landscape.
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Gasplasma® Technology - Plasma Development
... Plasma Gasification ...
Markham, Canada
11-50 Employees
1930
Macrotek specializes in custom designed air pollution control systems utilizing wet and dry technologies. The Macrotek Packed Bed Scrubber utilizes a horizontal cross-flow design for high efficient absorption of gases. The rugged yet versatile Macrotek MJ Plate/Tray Scrubber has been successfully applied to a diverse range of industrial emissions. Macrotek addresses the needs of its customers by providing various engineering and technical support services using the most cost-effective and reliable methods. Macrotek has designed and supplied many systems to capture and treat these gases. Macrotek has designed integrated systems to capture particulate and neutralizes SO2. Macrotek has designed and supplied many integrated systems to meet most guidelines. Macrotek has installed and tested systems for these processes with the results significantly better than required standards.
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Macrotek Inc.
... Gas Clean up technology selection for MSW Plasma Gasification Power ...
Woburn, United States
11-50 Employees
2000
We are a creative video production agency based outside Boston, Massachusetts with client and team members across the Globe. We are actually saddened today and feeling a bit of MadDash withdrawal! For over twenty years we have delivered our clients and partner agencies great quality and value by excelling in business acumen, professionalism, experience and great customer service. Love the finished product & you’re a fun bunch to work with. We’ve always been impressed with the quality of people at MadDash..engaging, friendly, polite, funny and know what they’re doing.
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Waste Connections - Overview - MadDash
... In addition we are looking at a number of technologies from incineration to what we call plasma gasification which is the conversion of waste into energy. Sustainability and becoming more green are very popular buzz words but the reality is that they have been hallmarks and backbones of ...
Bangkok, Thailand
1-10 Employees
2010
Miflex-Masz is a manufacturer of packaging machines from Poland. Read about local and global industry news, equipment, machinery, supplies, services, market, intelligence, raw, product, retail and services.
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Plastic Progress in Capsule Design - STiR Coffee and Tea Magazine | Global Business Insight on Coffee and Tea
... Advanced recycling via plasma gasification ...
Noida, India
11-50 Employees
2018
The journey of Corpseed started with a simple thought: why do companies fail even after having a great idea, good execution plan, and cash flow. Corpseed Ites Private Limited serves the needs of business, public-sector agencies, not-for-profits and startups. Corpseed is committed to quality and service excellence in all that we do, bringing our best to clients and earning the trust through our actions and behaviors both professionally and personally. At Corpseed, we encourage and empower change in all we do. At Corpseed, our purpose is to build a better compliance check, Inspire Confidence and Empower positive Change in your business. We develop exceptional leaders who team to deliver on our commitments to all our stakeholders. At CorpSeed, we ensure to make change by providing legal consulting services at an affordable price, simple and available to all mankind. We are proud to say that we've been able to build services that thousands of people rely upon.
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Apply Online For Biomedical Waste Management Authorization | Certification | License | Registration- Corpseed
... Standards for Disposal by Plasma Pyrolysis or Gasification ...
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Some interesting numbers and facts about the results you have just received for Plasma Gasification
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 7 |
| Amount of suitable service providers | 6 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1930 |
| Youngest suiting company | 2021 |
Plasma gasification is a cutting-edge process that utilizes extremely high temperatures, generated by an electrical arc plasma torch, to convert organic materials into a syngas (synthesis gas) and slag. The technology fundamentally decomposes waste materials, including complex hydrocarbons and municipal solid waste, into their simplest molecular components. This process occurs in a vessel where temperatures can exceed 5,000 degrees Celsius, creating an environment where waste is not burned but rather transformed into a clean, hydrogen-rich gas and a solid byproduct, slag, which can be used in construction materials. The syngas produced is a valuable resource, comprising hydrogen and carbon monoxide, which can be utilized to generate electricity, produce chemicals, or as a feedstock for producing synthetic natural gas, thus offering a versatile and environmentally friendly alternative to traditional waste disposal methods. The role of plasma gasification in waste management and energy production is increasingly significant, presenting a sustainable solution to the dual challenges of reducing landfill dependency and generating renewable energy. By diverting waste from landfills and converting it into useful energy and materials, plasma gasification has the potential to significantly lessen environmental impact, reduce greenhouse gas emissions, and contribute to a circular economy, where waste is not an endpoint but a resource for new beginnings.
1. Reduced Environmental Impact
Plasma gasification stands out for its minimal environmental footprint compared to traditional waste disposal methods. This technology significantly reduces the volume of waste sent to landfills, thereby decreasing methane emissions, a potent greenhouse gas. Moreover, it operates at higher temperatures, ensuring the complete breakdown of hazardous materials into simpler, less harmful components.
2. Energy Generation
One of the most compelling advantages of plasma gasification is its ability to convert waste into valuable syngas (synthetic gas). Syngas can be utilized to generate electricity or synthesized into a variety of fuels, offering a sustainable energy source. This not only helps in managing waste but also contributes to reducing reliance on fossil fuels, promoting a more sustainable energy future.
3. Versatility in Waste Processing
Plasma gasification is renowned for its versatility, capable of processing a wide array of waste types, including municipal solid waste, industrial waste, and hazardous materials. This flexibility ensures that a broad spectrum of waste can be treated more efficiently, making it a superior solution for waste management across different sectors.
While evaluating the different suppliers make sure to check the following criteria:
1. Experience and Expertise
Ensure the supplier has a proven track record in plasma gasification technology, with a portfolio of successful projects.
2. Technology Efficiency
Consider the efficiency of their plasma gasification systems, including energy consumption, waste processing capacity, and syngas quality.
3. Environmental Compliance
Verify that the supplier's technology meets local and international environmental standards, focusing on emissions and waste management.
4. Cost-effectiveness
Evaluate the total cost of ownership, including installation, operation, and maintenance expenses, to ensure it aligns with your budget.
5. Customization and Scalability
Check if the supplier offers customizable solutions that can be scaled to meet your specific waste management needs.
6. After-sales Support
Assess the level of after-sales support provided, including training, technical assistance, and availability of spare parts.
7. Innovation and Development
Determine the supplier's commitment to innovation and continuous improvement in plasma gasification technology.
Plasma gasification, a cutting-edge technology, is instrumental in transforming waste into energy, presenting a sustainable solution for businesses across multiple sectors. In the waste management industry, companies leverage this technology to efficiently process municipal solid waste, reducing landfill usage and generating electricity. This dual benefit aids cities in managing waste more sustainably while contributing to the local power grid. In the chemical industry, plasma gasification facilitates the safe disposal of hazardous waste. By breaking down toxic materials at molecular levels, it prevents harmful emissions, ensuring compliance with environmental regulations. This application is particularly beneficial for companies dealing with high volumes of chemical waste, as it minimizes ecological footprint and potential health risks. The energy sector benefits from plasma gasification through the production of syngas—a versatile fuel that can be used to generate electricity or as a feedstock for producing chemicals and liquid fuels. This process not only provides a cleaner energy alternative but also supports the circular economy by converting waste products into valuable energy resources. Each use case underscores plasma gasification's role in promoting sustainability and efficiency in business operations, making it a vital technology for companies committed to environmental stewardship and innovation.
Plasma gasification, a promising technology for converting waste into energy and valuable byproducts, currently situates itself at a Technology Readiness Level (TRL) between 6 and 7. This classification is attributed to the successful demonstration of the technology in operational environments, albeit on a smaller scale or under specific conditions. The reason for its positioning at this intermediate stage of development stems from several technical challenges and considerations. First, the efficient and cost-effective generation of plasma requires significant energy, and the optimization of this energy consumption is an ongoing area of research. Additionally, the handling and processing of diverse waste materials, while maintaining consistent syngas quality, present considerable technical hurdles. There are also environmental concerns related to the emissions and residues produced by the process, necessitating further refinement and control measures. Despite these challenges, the fact that several pilot plants and industrial applications have demonstrated the feasibility and potential benefits of plasma gasification indicates its progression beyond the purely theoretical or laboratory scale. The focus now lies on addressing the scalability, energy efficiency, and environmental impact to transition to higher TRLs, where widespread commercial adoption becomes feasible.
In the Short-Term, plasma gasification is expected to see enhancements in efficiency and reduction in operational costs. Immediate advancements include the integration of more robust and energy-efficient plasma torches, which are pivotal in reducing the electricity consumption of the process. Furthermore, the introduction of AI and machine learning for operational optimization will play a crucial role, enabling more precise control over the gasification process and improving the quality of syngas produced. Looking into the Mid-Term, the focus will shift towards scaling the technology for larger, more widespread applications. Innovations in modular design will allow for easier deployment and scalability of plasma gasification plants, catering to a broader range of waste management needs. Additionally, significant strides in the purification and utilization of syngas will facilitate its use in a wider array of chemical synthesis processes and as a cleaner energy source, further integrating plasma gasification into the circular economy. In the Long-Term, plasma gasification is poised to become a cornerstone technology in zero waste strategies. Breakthroughs in material science are anticipated to enhance the durability and lifespan of plasma reactors, drastically lowering maintenance costs and downtime. Moreover, the development of carbon capture and utilization technologies in tandem with gasification processes could revolutionize how we approach CO2 emissions, turning waste management into a net carbon negative endeavor.
