^London, Ontario, May 02, 2025 (Globe Newswire) – Aduro Clean Technologies Inc.
(https://www.adurocleantech.com/?utm_source=adurowbsite&utm_campaign=pr147&utm_
medium = press release) (? Aduro “or that? company”) (Nasdaq: Adur) (CSE: act)
(FSE: 9D5), a company for clean technologies that the power of chemistry
Us to use inferior raw materials such as plastic waste, heavy bitumen and
To convert renewable oils in resources for the 21st century
Strategic cooperation with Siemens Canada
(https://www.siemens.com/ca/en.html?utm_source=siemenscanada&utm_campaign=pr147&
utm_ medium = press release), a leading company in the area of
Industrial automation and Digitizationannounced. Goal of the
Cooperation is the provision of advanced control systems and
Engineering services for Aduros pilot facility (the? Pilot facility “) for
Next generation processes, its commissioning for the third quarter
Is planned in 2025.
The core of the solution is the distributed control system SIMATIC PCS NEO
(https://www.siemens.com/global/en/products/automation/process-control/simatic-
PCS
neo.html? utm_source = siemenscanada%20pcs%20neo & utm_campAign = PR147 & UTM_Medium = Pres
SRELEASE) by Siemens – an advanced, web -based platform that one
centralized, safe and scalable process control for continuous operation
the pilot plant offers. Siemens is also instruments, user interfaces and
Provide engineering services to commissioning and
To support performance optimization of the system. Siemens provides in coordination
With Zeton Inc., the builder of the pilot plant, the automation and
Control scope ready to seamless system integration and efficient
To ensure commissioning. In addition, Siemens is technical input
deliver when aduro with the planning of a demonstration system (the
? Demonstration system “) begins.
? Our vision with the Hydrochemolytic (TM) technology a modular, scalable
Solution to provide chemical recycling solution today makes another one
Step forward, “commented Ofer Vicus, CEO from Aduro.? The partnership
with Siemens – a company that worldwide for its excellent
Technical services and industrial innovations are known – strengthens the
Basis that we create. The company’s technologies will be
contribute that our pilot plant works safely and reliably and
at the same time generates the high -quality process data that
Performance optimization and support of the planning of demonstration systems
are required. This cooperation strengthens our way to
Commercialization and supports our ability to confidently
scale. “
The hydrochemolytic (TM) technology (HCT) developed by Aduro uses water
As a reactive medium at moderate temperatures to carbon-carbon and
To selectively split carbon heteroatom bonds in polymers. Different to
in pyrolysis, which are on extreme heat and wide -ranging thermal cracks
is based, the HCT runs under catalytic conditions, the better one
Enable control of the reaction routes. This selective chemistry enables one
Higher conversion rate of polymers into lighter, more valuable
Cycle hydrocarbons that are stable and do not require any further hydrogenation. The
Process also reduces energy use and minimizes education
Unwanted by -products such as gases, coal or heavy tar. At the
Pilot system, which is currently being built by Zeton Inc., is a
Fully instrumented flow unit that is validated by the HCT process
is designed under real operating conditions. As an important scaling of the
The pilot system becomes technical data, earlier R2 flow reactors,
System experience and process knowledge provide for planning and the
Use of future demonstration and commercial systems are required.
Siemens brings valuable experiences from working with companies of the
chemical recycling and supports the scaling of new processes
advanced automation, control and control
Digitization technologies. The cooperation with Aduro reflects this
Interesting to enable the next generation of recycling platforms
– solutions that are differentiated and energy -efficient and the principles of a
Correct circular economy.
The system? PCs Neo “from Siemens enables seamless automation over
All system modules, secure distance access and a central
Data acquisition, which means that Aduro has precise control over the most important
Variables in Hydrochemolytic (TM) process. The platform also supports
The development of digital twins and helps process conditions virtually
To simulate, test and optimize before physical changes
be implemented. These tools are crucial for Aduro
Be important when it comes to the pilot plant to operate in
to overcome future commercial benchmarks. During the immediate
Focus on the provision of automation and control systems
for the pilot plant, Siemens is also an engineering services
Support for the expansion planning for the demonstration system
provide. These contributions include insights into process optimization,
Digital infrastructure and plant planning – based on the worldwide
Experience of Siemens with innovative recycling projects.
Joris Myny, Senior Vice President, Digital Industries at Siemens Canada, as well as:
? At Siemens we are committed to advanced recycling technologies
support, enable the circular economy and the environmental impact
reduce. The Hydrochemolytic (TM) process of Aduro offers a convincing
Alternative to conventional methods and we are proud to use our
Automation and digitization competence to perform to scale. With
our platform? PCs Neo “we enable real -time transparency, control and
Flexibility – key factors to optimize the system performance and
Support long -term growth. This cooperation reflects our
Support of innovators who are recovered and
Recaluate reuse of materials. “
Via Aduro Clean Technologies (https://investors.adurocleantech.com/press-
releases/default.aspx? Utm_source = Aduropress releases & utm_campaign = pr147 & utm_Mediu
M = press release)
Aduro Clean Technologies develops patented water -based technologies to
Chemically to recycle plastic waste, heavy crude oil and bitumen in
Lighter, more valuable oil and renewable oils in higher quality fuels
or convert renewable chemicals. The Hydrochemolytic (TM) technology of the
Company uses water as an important active ingredient in a chemical platform that
at relatively low temperatures and at relatively low costs.
This is a groundbreaking approach, the inferior
Raw materials converted into resources for the 21st century.
For more information, please contact:
ABE Dyck, Head of Business Development and Investor Relations
[email protected] (mailto: [email protected])
+1 226 784 8889
KCSA Strategic Communications
(https://www.kcsa.com/?utm_source=kcsa%20aduro&utm_CampAign=pr147&utm_Medium=Pre
ssrelease)
Jack Perkins, Senior Vice President
[email protected] (mailto: [email protected])
Future -oriented statements
This press release contains future -oriented statements. All statements that
not on historical facts, but on activities, events or
Developments relate to the conviction, expectation or forecast of the
According to companies, they will be able to occur or can occur in the future
future -oriented statements. The future -oriented statements reflect the
current expectations of the management that are currently
Available information is based. They are subject to a number of risks and
Uncertainties that can lead to the actual results
distinguish significantly from those that in the future -oriented statements
be explained. The future -oriented statements in this press release
include the cooperation of the company with Siemens at the
Provision of advanced control systems and
Engineering services for Aduros Hydrochemolytic (TM) pilot plant, their
Commissioning is planned for the 3rd quarter 2025; that Siemens technical
Input will deliver when Aduro begins planning the demonstration system;
that Aduro’s vision, with HCT a modular, scalable solution for chemical
To deliver recycling, a further step through the collaboration
Preskommt; that the pilot plant technical data, system knowledge and
Process knowledge will deliver for planning and use
future demonstration and commercial systems are required; that
Siemens valuable experiences from his work with young companies of the
brings in chemical recycling and the scaling of new processes
advanced automation, control and digitization technologies
supports; that Siemens also engineering services to support the
Scaling planning for the demonstration system will provide; that the
Platform? PCs Neo “from Siemens real -time transparency, control and
-Flexibility will enable – key factors for optimizing the
Plant performance and the support of long -term growth. Even if that
Company believes that the assumptions that the future -oriented
Statements are based, are appropriate, future -oriented statements
No guarantee for future services. Because of the associated
Uncertainties should not inappropriately high reliability to these statements
be attached. Important factors that could lead to the
actual results essentially from the expectations of the company
deviate, among other things, are the company’s ability to
to successfully integrate and successfully integrate Siemens’ advanced control systems
to achieve the desired performance optimization; Collecting the
required official permits for the pilot and
Demonstration system; Changes to the market demand for recycled plastics
and other raw materials; The availability of sufficient financial resources
Completion of the pilot and demonstration system, as far as applicable; possible
Company problems during commissioning and scaling the pilot and/or
Demonstration system; The effects of any environmental regulations and
Sustainability requirements for the projects; The effectiveness of the
Cooperation between Aduro and Siemens, including any
unforeseen technical problems, official hurdles, adverse
Market conditions and/or other factors outside the control of the parties.
The company has neither the express intent nor the obligation
Future -oriented statements based on new information, future events
or update or revise for other reasons, insofar as this
is not prescribed by applicable laws.
A photo of this announcement is available at:
https://www.globenewswire.com/newsroom/attachmentng/997aec9a-
80D9-4822-9C3A-45B55EC8AB4E.
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