Name: Recovered Carbon Black 2021
Start: 22/11/2021 07:00 AM +00:00
End: 23/11/2021 05:00 PM +00:00

NEUMAN &amp; ESSER Process Technology specializes in energy efficient mechanical processing equipment. For the recovered Carbon Black industry, NEUMAN &amp; 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 &amp; 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.

NEUMAN & ESSER Process Technology

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.

Makrochem SA

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. &ldquo;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&rdquo; says Eliot Sorella, CEO of Ecolomondo.
Ecolomondo is highly committed towards SAFETY, ECO-FRIENDLY OPERATIONS, CONSISTENT QUALITY and CONTINUOUS R&amp;D.
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.
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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&rsquo;s &ldquo;Mondo Black&rdquo; achieves the quality standards that is needed to achieve market acceptance.

Ecolomondo Corporation

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 &ldquo;clean rCB&rdquo; 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.

RCB Nanotechnologies GmbH

BB&amp;G-Alternative Worldwide Environmental Solutions (BB&amp;G-AWES) is a technology-intensive company that applies a unique thermal conversion process in the transformation of rubber granules, derived from End-of-Life Tyres (ELTs), into renewable products.
We have pioneered an innovative, patented technology, that converts potential waste into valuable, renewable, commercial by-products, that are applied in the circular economy as a raw material, targeting mainly the automotive industry.
We provide value-added products to the market, within the scope of the Circular Economy

BB&G 

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.
&middot; &nbsp; &nbsp; &nbsp; Complete systems for the finishing of recovered carbon black, based on extensive trials with your product
&middot; &nbsp; &nbsp; &nbsp; Precise control of the quality and target fineness of the end product
&middot; &nbsp; &nbsp; &nbsp; High process reliability and system safety&nbsp;
The Hosokawa Micron Group maintains facilities for research, engineering, manufacturing and service in each of the world's major industrial markets.
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Hosokawa Micron Group

Contec provides circular rubber and plastic solutions that deliver low-carbon-footprint products by recovering the carbon black, oil, and steel from waste tires. We enable our partners to decarbonise their supply chains and contribute to a sustainable future, where rubber recycled waste can be used as a feedstock instead of fossil fuels.&nbsp;
Our innovative waste rubber pyrolysis technology provides manufacturing companies the opportunity to source sustainable and carbon black alternative materials, replacing fossil-fuel-based petroleum products. Recovered carbon black is a proven substitute for virgin carbon black, which is made from dirty fuel oils. It has a five times lower carbon footprint than its conventional counterpart. Oil recovered from the process has a high amount of bio-derived carbon and unique qualities, making it a high-quality feedstock for petrochemical processes and sustainable production.
Our process is efficient and safe, providing a circular-based method for rubber waste, and turning it into valuable commodities. Over time, we&rsquo;ve built a solid track record for exceptional safety, quality, and stability in our full-scale production facility. We plan to further develop and expand our plant located in Szczecin, Poland.
At Contec, sustainability is a core value to us. We work to ensure that almost 100% of the waste gathered at our plant is turned into valuable resources. As we&rsquo;re the technology developers, we continuously strive to improve the system efficiency and find new opportunities to further increase our positive environmental impact. The company is based in Poland, and is home to a full-scale production facility.

Contec Ltd

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&acute;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&acute;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&acute; products.
NETZSCH Trockenmahltechnik GmbH is part of the business unit Grinding &amp; 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

Mars Mineral is a global leader in producing equipment that transforms recovered carbon black from the pyrolysis of End of Life Tires (ELT) into pellets for easy and safe handling, and improved marketability.

Mars Mineral

<ul>
<li>08.45-08.55:&nbsp; &nbsp; &nbsp;Chair's Opening Remarks - Ad van Oorschot, Black Bear Carbon</li>
<li>08.55-09.25:&nbsp; &nbsp; &nbsp;Opening Keynote Address =&gt; Perspective on Green Carbon Blacks - Paul Ita, Notch Consulting Group</li>
<li>09.25-09.55:&nbsp; &nbsp; &nbsp;A Technical Status of Standardisation - Pieter ter Haar, CIRCTEC/ASTM</li>
<li>09.55-10.25:&nbsp; &nbsp; &nbsp;Fourier Transform Rheology of rCB - Prof. Dr. Jorge Lacayo-Pineda, Continental Tires</li>
</ul>

Ad Van Oorschot

Paul Ita

Jorge Lacayo-Pineda

Day Two - Session 1: QUALITY ASSURANCE AND STANDARDS

Networking Coffee Break

<ul>
<li>10.55-11.25:&nbsp; &nbsp; &nbsp;Major Factors Influencing rCB Consistency such as Ash Content Consistency - Ad van Oorschot, Black Bear Carbon</li>
<li>11.25-11.55:&nbsp; &nbsp; &nbsp;End User Q&amp;A Session - Marco Musaio, Bridgestone; Richard Chiari, Semperit AG Holding; Sander Vermeulen, Michelin</li>
<li>11.55-12.25:&nbsp; &nbsp; &nbsp;Special Needs on rCB for Coatings Applications - Christian Sieblist, Harold Scholz &amp; Co. GmbH</li>
<li>12.25-12.55:&nbsp; &nbsp; &nbsp;A Producer's Perspective on rCB Opportunities and Challenges - Bob Genovese, Delta-Energy Group, LLC</li>
</ul>

Marco Musaio

Richard Chiari

Sander Vermeulen

Christian Sieblist

Robert “Bob” Genovese

Day Two - Session 1(Continued): QUALITY ASSURANCE AND STANDARDS + Session 2: INNOVATION, NEW DEVELOPMENTS AND SPECIALTY APPLICATIONS

Networking Lunch

<ul>
<li>13.55-14.25:&nbsp; &nbsp; &nbsp;Co-Presentation: Hurdles in the Recovery of Carbon Black from Tyre Waste - Niels Raeder, RCB Nanotechnologies GmbH &amp; Christian Kaiser, Fraunhofer Institute for Building Physics IBP</li>
<li>14.25-14.55:&nbsp; &nbsp; &nbsp;Highly Reinforcing rCB for the Tire Industry - Germano Carreira, BB&amp;G</li>
<li>14.55-15.25:&nbsp; &nbsp; &nbsp;Hybrid Microwave Process for Tyre Recycling/rCB Production - Steve Kantor, Environmental Waste International</li>
<li>15.25-15.55:&nbsp; &nbsp; &nbsp;Closing Joint Keynote Address - Sander Vermeulen, Michelin &amp; Marco Musaio, Bridgestone</li>
<li>15.55-16.05:&nbsp; &nbsp; &nbsp;Closing Remarks - Martin Von Wolfersdorff, Woldersdorff Consulting &amp; Pieter ter Haar, CIRCTEC/ASTM</li>
</ul>

Agenda

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Germano Carreira

Richard Chiari

Robert “Bob” Genovese

Marc Giersemehl

Robert Harper

Christian Höfels

Paul Ita

Christian Kaiser

Steve Kantor

Hari Krishna

Jorge Lacayo-Pineda

Igor Levenberg

Marco Musaio

Niels Raeder

Scott Schmid

Christian Sieblist

Thomas Sörensson

Vianney Vales

Alex Van Gelderen

Ad Van Oorschot

Sander Vermeulen

Martin von Wolfersdorff

Victor Vreeken

Andy Yuan

Benoit Flammang

Jens Elton Andersen

Jake Rønsholt

Silke Laubach

Werner Dilberowic

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