**Platinum Sponsor**

NEUMAN & ESSER Process Technology specializes in energy efficient mechanical processing equipment. For the recovered Carbon Black industry, NEUMAN & ESSER has developed the ICX grinding system. Due to the mechanical impact grinding principle, the ICX does not require any compressed air for the grinding process. As such the need for a dedicated compressor is eliminated, reducing overall investment, operating cost and maintenance requirements. The ICX is available in a wide range of sizes, covering lab, start-up, and industrial production requirements.

Besides the grinding process, NEUMAN & ESSER has also developed a pelletizing process for ground rCB, such that complete backend solutions can be engineered and delivered, from the pyrolysis char discharge point down to the pelletized and packed rCB product.

A well-equipped test center in Germany is available for rCB grinding and pelletizing trials with customer sample materials.

Greenval Technologies is a company dedicated to developing disruptive solutions that seek to valorise the materials into new energy sources. Greenval offers a technology that provides a final solution to end-of-life tyres (ELT), valorising them into various materials for the industry, maximising the circular economy for ELTs.
Greenval Technologies operates the pyrolysis technology in the total absence of oxygen for the recycling of end-of-life tyres (ELTs). The technology is patented and co-developed with CSIC.
 
The pyrolysis process is a continuous multi-stage process that produces zero waste and valorises 100% of the ELTs into tyre pyrolytic oil and recovered carbon black.
 
It is a 100% autonomous process as it is powered by its own recirculated fuel, reliable and efficient. Greenval Technologies’ process reduces significant amounts of CO2 emissions compared to the production of similar products from primary resources.
 
The pyrolytic process obtains two products: tire pyrolytic oil, which can be used at the petrochemistry industry and recovered carbon black to make new tire out of circular material.  
 

Established in 2007, ARTIS provides research and development capabilities in a wide range of rubbers and polymers. We offer compound analysis, material testing and solution validation, as well as sour gas ageing facilities.  Our aim is to help worldwide industries better understand how materials perform in real applications and manufacturing processes.

Our polymer failure analysis service is supported by compounding and manufacturing facilities; physical testing to measure property performance, and thermal, environmental, and sour gas ageing capabilities for elastomers and other polymer materials, such as plastics, composites and adhesives. 

Our experts continue to deliver the depth and breadth of knowledge you would expect from an organisation with over 100 years of history with Avon Protection plc. Our extensive knowledge and innovative research into rubber recycling has delivered ground breaking solutions that broaden the markets for recycled products, as well as increasing the yields, quality and value of rubber pyrolysis processes.

Scandinavian Enviro Systems’ technology is based on patented pyrolysis technology that was invented by Bengt-Sture Ershag in 1994. The first patent application was filed in 1998, and work to design the first pilot plant began the same year. A Swedish method patent was granted in the year 2000. The patent, formally titled “Method for recovery of carbon and combinations of hydrocarbons from polymers, preferably in the form of disposed tyres, by pyrolysis in a pyrolysis reactor[1] ”, is called CFC (Carbonized by Forced Convection).

CFC technology has been patented in a total of 19 countries.

Smithers delivers over 65 reports and 50 events every year to provide clients with an independent global source of in-depth market, technical, and business information. With a worldwide network of industry experts, our market reports, consultancy, events, and membership services provide customers with practical and cost-effective solutions to unique challenges for companies in a range of industries, while giving them the confidence to make better decisions, faster.

TEMA Process B.V.  is a specialised design and manufacturing company for Fluid Bed Systems for  drying of minerals, chemicals, food, feed, biomass, etc. The TEMA Fluid Bed can be applied not only for drying, but also for cooling, roasting, torrefaction, puffing, blanching, stripping , spices and herbs sterilisation and pasteurisation and calcining.
To prepare for further growth, TEMA Process BV in May 2017 has moved to its new engineering ( 1800 m2)  and production ( 8000 m2)  facility in Wapenveld.  The new facility is totally  fit for manufacturing of fluid bed dryers, coolers and associated equipment.

Wolfersdorff Consulting was founded by Martin von Wolfersdorff in 2015 as a growth hacking and sales training agency. Over the last 5 years, the consultancy has developed to a world expert in recovered carbon black. In 2019, coaching was added as a supplementary offer to consulting. 

Cyclonaire is a recognized leader in designing and manufacturing vacuum and pressure conveying systems for the carbon black industry.  Nobody moves powdered materials like Cyclonaire, especially key ingredients like the carbon blacks which is used across many industries.
 
As a best-in-class partner, we introduce new and innovative ways of handling and conveying carbon black throughout your manufacturing process to ensure no leakage of carbon black outside of the system and to ensure minimum degradation of the finished product.  Tire, Hose and Belting, Compounders and Carbon Black producers turn to Cyclonaire time and time again for conveyance solutions that save time, labor, and material.
 
Cyclonaire equipment is built with efficiency and dependability in mind. We design our equipment with Maintenance and Production Managers in mind, providing them with built-in features for easy maintenance and long-term reliability.

Marketing related questions:                                 
Theresa Antell                                                          
Marketing Manager                                                  
(402) 366-3997                                                          
tantell@cyclonaire.com                                          

Sales related questions:
Mike Colella
VP, Sales and Marketing
(405) 205-1052
mcolella@cyclonaire.com

Waste-to-Resources Technologies such as that of Ecolomondo will play a fundamental role in the expansion of the circular economy.

For more than 25 years, Ecolomondo has invested considerable resources to develop its Thermal Decomposition Technology. “Our dedicated technical teams have been instrumental in systematically overcoming critical operational challenges in process optimization, security and automation, still plaguing many other pyrolysis companies” says Eliot Sorella, CEO of Ecolomondo.

Ecolomondo offers a robust and sustainable solution to responsibly process scrap tire waste to create quality recycled end products, including carbon black that would be re-used to manufacture new products. To achieve this important milestone, we must all be mindful that the quality of recycled resources must be of such quality that they meet industry standards.

Ecolomondo has been very proactive in this area of end product quality and believes that its achievements have been ground-breaking, especially with its recycled carbon black. Ecolomondo’s “Mondo Black” achieves the quality standards that is needed to achieve market acceptance.

Together with scientists from the Warsaw University of Technology we have developed a new generation technology based on the pyrolysis process, i.e. anaerobic decomposition of organic substances, especially end-of-life tires. These tires are shredded with our own machines ensuring very high steel separation from rubber granulate. Granulate is fed to the pyrolysis process, where innovative technological and construction solutions enable continuous operation. Installation is predesigned to deliver repeatability of recovered carbon black and high quality of several oil fractions. Our reactors are heated with unique molten salt system, which is extremely efficient and allows to control the process in unprecedented way. Our rCB has been successfully tested in rubber compounds.

The Hosokawa Micron Group offers you innovative technologies from one single source for customised solutions. We can deliver the highest quality machines for your plant and product safety. Our established base of technical experts represents the conviction and trust in our know-how all over the world.
Regardless of the size, i.e. production-scale systems, pilot systems or laboratory equipment, Hosokawa's products and technologies are used in numerous process stages, for example during comminution, mixing, drying, agglomeration, classification, weighing and metering.

• Complete systems for the finishing of recovered carbon black, based on extensive trials with your product
• Precise control of the quality and target fineness of the end product
• High process reliability and system safety

The Hosokawa Micron Group maintains facilities for research, engineering, manufacturing and service in each of the world's major industrial markets.

Mars Mineral provides agitation agglomeration solutions to improve the material handling and processing characteristics of dust, fines and powders. Established in 1972, Mars Mineral’s technology is utilized in numerous bulk material processing applications. Our continuous agglomeration process produces a spherical pellet that meets rCB application requirements in size and crush strength. 

Our services include product development, testing, equipment rental and field technical services. The combination of these services provides the customer with a full scope of technical expertise along with an extensive history in processing powders. Agitation agglomeration is normally the least expensive process to convert dry fines into powders, requiring less power requirements, horsepower and component wear than other agglomeration processes. Whether it’s improving followability, minimizing airborne contamination, densifying materials or creating new products this expertise has improved our customers’ bottom line. 

More information on how Mars Mineral can help your program can be accessed at www.carbonpellets.com  

As a company specializing in ultra-fine grinding and classifying, NETZSCH Trockenmahltechnik GmbH offers extensive experience and a very varied machine program ranging from laboratory and production machines to complete manufacturing lines. NETZSCH´s fine-impact mills, classifying- and jet mills as well as fine-cutting mills and high-efficiency finest classifiers are mainly used in the application areas chemistry, inorganic substances/minerals, ceramic materials and also in the field of Life Science for pharmaceutical- and food-applications.
 
NETZSCH Trockenmahltechnik´s administration- and sales departments are located in its headquarters in Hanau, Germany (near Frankfurt am Main) as well as one of the most modern application lab centers in which grinding- and classifying technologies are available for carrying out tests with customers´ products.
 
NETZSCH Trockenmahltechnik GmbH is part of the business unit Grinding & Dispersing which belongs to the NETZSCH-Group. A combination of many years of experience, daily contact with customers and the consequent and continuous development of products which has resulted in more than 100 patents ensures a technical competence and demonstrates our quality consciousness. Being an integral part of the NETZSCH-group is a guarantee for efficient worldwide sales- and service networks and rapid and reliable service for our customers.
 
NETZSCH Trockenmahltechnik GmbH
Rodenbacher Chaussee 1
D-63457 Hanau
Germany
Tel.:       +49 6181 506 01
Fax:        +49 6181 571 270
info.ntt@netzsch.com
 

RCB Nanotechnologies GmbH, Munich (Germany) was founded to commercialise and industrialise a novel technology invented by Fraunhofer IBP (Patent filed). This technology has been developed for the elimination of the ash content of standard recovered Carbon Black from end-of-life tires Pyrolysis operations. As this novel “clean rCB” has a purity of up to 99% Carbon content, it can be used as a sustainable 1:1-replacemnt of virgin Carbon Black. In the same process, novel Silica- and Zinc-products can be produced from the removed ash fraction.

RCB Nanotechnologies holds the exclusive Global license of this disruptive technology and is in the process of setting up the first commercial plant which will be located in Sarajevo, Bosnia. In the coming years the company plans to set up a number of plants in Europe, USA and Asia.
 

With Powder Processing Experience Since 1883, Sturtevant, Inc. is the leading family-owned manufacturer of material processing equipment operating a full-service test lab facility to analyze material characteristics, verify particle size requirements and specify the optimal equipment for any application.

MAKROchem, basing on its commercial experience of 25 years, is the first-choice CARBON BLACK partner for rubber and tire industry. Our five transloading stations in Europe and North America, 150+ silo trucks and scalable big bag transport capability allow us to serve our partners in EU and overseas on an end-to-end basis - directly to their plants, Just-In-Time and with high level of quality of the product. MAKROchem is also pioneering research into commercial use of rCBs in large-scale industrial applications.