Monday, June 22, 2026
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Saving water and reducing waste

Evonik Catalysts has opened a new Zero Liquid Discharge (ZLD) plant at its facility in Dombivli, India. The new plant reduces the amount of fresh water required for production processes and turns material that was previously considered waste into saleable products.

ZLD purifies and recycles wastewater at the end of an industrial process, leaving little to no effluent remaining when it is completed. This means not only more efficient water use, but also a significant reduction in waste liquid.

“Environmental excellence has always been a top priority for Evonik in India, and the ZLD plant at our catalysts site is a centerpiece in Evonik’s efforts to minimize its production-associated ecological footprint,” said Sanjeev Taneja, Senior Vice President and General Manager, Catalysts business line, at the inauguration of the plant.
“The efficient reuse of process water, and products extracted from it, is in line with our circular economy principles, and a key contribution to the sustainability targets of Evonik and our customers.”

Evonik is developing site-specific action plans as part of its global water management system. One focus is on sites in regions that could be affected by water scarcity. It also strives for the most efficient use of water.

The main ambition with the Dombivli ZLD plant is to improve the treatment of process water. It goes through a multi-stage process and then the byproducts go through further processing. An estimated 600 m3 of wastewater – the equivalent of between 25 and 30 tankers – enters the ZLD plant every day and the plant is expected to recirculate around 55 percent of that – approximately 300-350 m– for process reuse and the balance water for re-use as cooling tower make up thus reducing Evonik water use requirements and thereby reducing Evonik’s dependence on municipal water supplies.

The requirement for fresh water will be reduced by 65 percent after stable operation of zero liquid discharge and the company is targeting further reductions through process optimization.

In addition, processing leads to the production of 15-20 metric tons of sodium sulphate and certain mixed salts which can be resold as a commercial product.

“At Evonik, we see responsibility and long-term business success as two sides of the same coin,” says Vinod Paremal, Regional President, Evonik India Subcontinent. “Sustainability is a central element in our purpose ‘Leading Beyond Chemistry’, and we look to provide innovative solutions that help to make everyone’s lives more sustainable, healthier, and more comfortable. Sustainability is important to our customers and the end consumer and has long been a growth driver in many of our businesses. This new ZLD initiative carries forward that sustainable outlook.”

The ZLD plant is set-up on a ‘BOOT’ Model between Evonik and Remondis, with the latter responsible for building, owning, operating, maintaining and transferring the ZLD plant to Evonik.

 

Polymertal and UBQ Materials Partner to Create Lightweight, Sustainable Material with Metallic Functionalities

UBQ Materials, climate tech developer of advanced materials made from unsorted household waste, announced today that it is partnering with Polymertal, which develops cutting-edge metal plating processes for the creation of cost-effective metal-polymer parts. Through this partnership, Polymertal is releasing SPP-50XX, a new sustainable material with metallic properties that contains UBQ™, a substitute for durable plastics converted entirely from unsorted household waste, including all organics. The inclusion of UBQ™ in SPP-50XX’s base substrate enables this material to achieve a lower carbon footprint – as compared to aluminum, a favored lightweight metal, bringing roughly a 50% reduction in CO2e emissions, as verified by World Watchers.

 

A key challenge for sustainable materials in competing with lightweight metals like aluminum is to achieve the necessary toughness, thermal resistance and electromagnetic shielding, features essential to applications across automotive, industrial and consumer product manufacturing.

 

Polymertal’s SPP-50XX will comprise 20% UBQ™ and 80% polypropylene. On top of this substrate, a layer of copper and nickel of varying thicknesses will serve as the metal plating. Surfacing a polymer substrate with a lean metal plating allows SPP-50XX to remain lightweight and exhibit key metallic properties, including durability, stiffness, heat resistance and electromagnetic shielding.

“We are proud to launch our sustainable materials series, the S series, including SPP-50XX and its climate-friendly thermoplastic, UBQ™,” said Ran Carmeli, CEO of Polymertal. “Countless applications require materials that are lightweight, withstand high-temperature environments, and are thermally and electrically conductive. SPP-50XX exhibits all these features, and the presence of UBQ™ brings sustainability earlier in the supply chain, making it even easier for manufacturers to reduce the overall carbon footprint of their end products.”

 

“UBQ™️ can be combined with metals to create carbon-reduced products with important metallic properties for functional applications in tough environments,” said Albert Douer, Chairman and Co-CEO of UBQ Materials. “Through work with Polymertal, our novel material is helping manufacturers create products that are socially, environmentally and economically sustainable.”

https://www.ubqmaterials.com/

Tank Holding Acquires Semco Plastic Company, Inc.

ENGEL AUSTRIA and Werner Koch Maschinentechnik have set the next milestones en route to OPC UA-based communication across the board in injection moulding. The injection moulding machine manufacturer and the peripheral equipment manufacturer have jointly developed an OPC UA interface for the integration of machines for mixing and dosing thermoplastic materials on injection moulding machines.
 
With immediate effect, dosing and mixing units by Koch can be integrated with the CC300 control unit of the ENGEL injection moulding machines via OPC UA and operated via the control panel on the machines. With its service-oriented, platform-independent and freely scalable structure, OPC UA offers both great flexibility and a high degree of data security. The communications model is increasingly asserting itself as a standard in the injection moulding industry.
 
Today, the mixing ratio of the base material, additives and master batches are still set manually in many applications. To do this, a separate control unit is typically required on the injection moulding machine. The integration of dosing and mixing units with the machine control unit offers the advantage of being able to directly transfer the parts dataset, and with it the recipe, directly to the dosing unit on mounting the mould in order to automatically configure the mixing ratio. The dosing process is centrally controlled via the machine display, removing the need for the additional control unit. Alerts from the dosing and mixing unit are also output via the CC300 machine panel. As result, dosing becomes a more convenient experience for production employees, and the risk of input errors is reduced. Storing process data together also makes the production batch easier to trace.
 
ENGEL injection moulding machines can currently use OPC UA to talk to a large range of peripheral devices. They include temperature control units, hot runners and LSR dosing systems, for which EUROMAP recommendations also exist. Dosing and mixing units for thermoplastics have now been added. Standardised interfaces considerably simplify communication with the production cell independently of the manufacturer. This is why ENGEL is joining forces with other companies in the plastics industry to strongly promote standardisation.
 

Heraeus invests for a majority share in leading PET recycler PERPETUAL TECHNOLOGIES – company to be re-named REVALYU RESOURCES for global expansion

Heraeus Holding GmbH, a global Fortune 500 company, announced it has invested substantial equity to take a majority stake in perPETual Technologies, one of the world’s leading PET recycling companies.

To drive global expansion under one brand, Heraeus decided to rename the company “revalyu Resources GmbH” (“revalyu”).

PET, which stands for polyethylene terephthalate, is the most common thermoplastic polymer of the polyester family and is used in textiles, packaging containers for liquids and foods, thermoforming for manufacturing and many other consumer products.

revalyu has developed a breakthrough and environmentally sustainable depolymerization technology to recycle post consumer PET bottles into sustainable esters (monomers), which is the base chemical building block for anything polyester based. revalyu’s Polymer can be used to manufacture high quality sustainable PET products. Today, the company produces filament yarns for the textile industry in its manufacturing facility in Nashik, India. It currently employs around 300 people.

“revalyu is driven by innovation and fits perfectly into our portfolio”, said Jan Rinnert, Chairman of the Board of Managing Directors and CEO of Heraeus Holding GmbH. Rinnert says the global strength of Heraeus will provide the investment, infrastructure and strategic support needed to accelerate revalyu’s growth. “We aim to develop the business into one of the world’s largest and technologically advanced PET recycling companies”, Rinnert added.

“We are a pioneer in recycling PET bottles. After several years of hard work by the team and support from our shareholders and customers, we have built the world’s most innovative, technology leading and environmentally sustainable PET recycling plant in the world based in Nashik, India” said Dr. Vivek Tandon, Founder of perPETual Technologies to be renamed revalyu Resources.

“Together with Heraeus we will strongly focus on rapidly expanding our production capacity in India and globally. Our aim is to recycle 100 million bottles a day of used PET Bottles by 2026, which will be a big step toward solving the PET waste problem”, Vikram Nagargoje, Co-founder and COO.

revalyu’s technology offers a cost-effective continuous recycling process, which extracts dirt and impurities more efficiently thereby delivering high purity recycled PET. It also uses 91 percent less energy and 75 percent less water than conventional processes for producing PET polymers. It can be used in all PET production processes.

“revalyu Resources will become the leading global brand for recycling polyester. Our customers do not have to compromise any more between their ambitious sustainability goals and high quality requirements”, Dr. Tandon stated.

https://www.heraeus.com/

OPERATIONAL DATA ACQUISITION WITH MYWFL

myWFL Cockpit is an operational data acquisition system that displays the machine state (e.g. productive, available or malfunction), performance (productivity and availability), modes of operation and override settings over time. Operating hours, channel status, active NC program, active tool and program runtime are also displayed. The evaluation and display of machine productivity (OEE) and technical availability in a definable observation period can be easily carried out with the new solution. Data is collected and stored locally on the control system (not cloud solution) and can be viewed on the control system display. However, the dashboards are also offered via a web interface via the internal customer network and can therefore also be viewed on the workstation PC or on mobile devices (tablets, mobile phones) via a web browser (e.g. Chrome, Edge, Safari, Firefox, etc.). The software automatically adapts to the different window formats and resolutions. In combination with our proprietary iControl process monitoring system, the progression over time and current values of the ambient temperature and the temperature in the milling spindle housing are also recorded and displayed in myWFL Cockpit.
 
Another new feature is the myWFL Energy energy usage measurement device integrated in the myWFL Cockpit, which displays the current power and energy consumption data as well as the energy consumption of each workpiece. Electrical characteristic values such as voltage, amperage, apparent, active and reactive power, power factor, frequency, min/max values, active and reactive energy are displayed. The energy consumption and switch-on times of various units such as the high-pressure coolant pump per workpiece or per NC program run are also recorded and displayed in myWFL Cockpit.
 
Another highlight of myWFL is the integrated Condition Monitoring cycle. When the cycle is running, the friction values of the axes and spindles, as well as the temperature in the milling spindle housing and the vibration or the rolling bearing condition value of the front milling spindle bearing are continuously recorded and stored on the control system. Using Condition Monitoring Viewer, it is possible to select the data of the various Condition Monitoring runs on the control system, graphically overlay them and analyse them over time. This allows for the early detection of possible malfunctions and minimises unplanned downtimes.
 
With myWFL, you get a 24/7 overview and can exploit the optimisation potential of the Smart Factory. Not only does the new software offer a transparent user interface, but it also improves machine utilisation. All data from the production environment is collected and analysed with the aim of increasing productivity. As a result, shorter production times go hand-in-hand with more effective organisation of smart factory processes.
 
 

ABB Robotics unveils world’s first robot-painted art car

ABB Robotics has collaborated with two world-renowned artists, eight year old Indian child prodigy Advait Kolarkar and Dubai-based digital design collective Illusorr, to create the world’s first robot-painted art car. ABB’s award-winning PixelPaint technology has, without human intervention, perfectly recreated Advait’s swirling, monochromatic design as well as Illusorr’s tri-color geometrical patterns.

Equipped with 1,000 nozzles in the printer head, ABB’s IRB 5500 paint robots were able to complete the highly complex artworks in less than 30 minutes. The PixelPaint technology demonstrates unprecedented precision and speed, capturing intricate, elaborate detail that would be impossible to achieve by hand. A film highlighting this world-first achievement can be seen here.

Sami Atiya, President of ABB’s Robotics & Discrete Automation business area, commented: “ABB’s PixelPaint technology is more than an evolution – it is a revolution. It’s a shining example of how robotic automation and our RobotStudio® software can not only pave the way for more sustainable manufacturing but can also perfectly replicate delicate pieces of art that celebrate the originality and beauty of the human spirit. At a time when consumers want more customized products, PixelPaint is a game changer and allows any design to be replicated in a manner that is both sustainable and affordable.”

ABB’s ground-breaking PixelPaint technology reimagines the paint application process and reflects the growing demand for sustainable personalization in the automotive industry, particularly in exterior paint. Multi-colored car painting has traditionally been a laborious and costly process involving multiple stages of masking and unmasking, but ABB’s technology allows for a detailed, colorful, and exact replication of any design.

Carefully controlled, the paint can be quickly applied in a single application. This breakthrough in the automation of the paint process opens the door to specialized and personalized designs to the automotive market.

Influential automotive designer, Ian Callum, responsible for the design of the Aston Martin Vanquish and more recently the ground-breaking Jaguar I-Pace said: “There’s something very special about a car. People get emotionally attached to them and the importance of personalization is becoming stronger and stronger. In fact, I’m working with customers who actually want the whole car designed in a bespoke way. So this paint offering – with all sorts of new levels of individual design for a motor car – is incredible.”

PixelPaint technology also enhances manufacturing sustainability, removing the need for masking materials and extra ventilation, which lowers emissions while saving water and energy. Coordinated by the firm’s RobotStudio software, the paint head tracks very closely to the vehicle body to ensure 100 percent of the paint is applied to the car with no airborne misting. Different paint colors are applied quickly, with the product only running through the paint shop once. For car manufacturers, this can halve the production time and reduce costs by up to 60 percent.

To create the art car, ABB refurbished a Volkswagen SUV that was damaged in the catastrophic floods in Germany in the summer of 2021. Its recycling confirms ABB’s commitment to sustainability wherever possible.

Sami Atiya added: “We are in the midst of a significant decade in the history of the automotive industry and the start of a new era. Automakers need to consider new ways of working towards the transition to electric vehicles. We are working to support the industry in this transition and I’m confident that with flexible automation, sustainable transportation will fast become reality.”

https://new.abb.com/

Sustainable lightweight thermoplastic honeycomb panel with flax fibre composites to replace glass and carbon fibre materials – innovation by EconCore & Flaxco (Division of Flipts & Dobbels NV) partnership.

EconCore, world leader in technologies for economic honeycomb sandwich production, has collaborated with partner Flaxco®, to develop and manufacture an innovative new thermoplastic honeycomb sandwich panel.

Flaxco established themselves in the early 1850’s and have 150 years of experience in flax weaving, used in a range of applications including clothing, upholstery and decoration. This has evolved into manufacturing flax fibres for the composites industry, typically found in semi-finished products such as sandwich panels.

In 2020 Flaxco approached EconCore suggesting combination of thermoplastic honeycomb technology with Flaxco’s flax fibre technology. The polypropylene honeycomb material produced by EconCore offers a high-performance-to-weight ratio along with efficient energy absorption.

This is achieved through the materials synonymous honeycomb shaped hollow cells which support sandwich sheets to provide levels of high rigidity with minimal weight. Pioneering the use of flax with honeycomb technology, the partnership sees Flaxco’s flax fabric composite skins combined with EconCore polypropylene core to produce sandwich panels.

In order to generate high level of stiffness, sandwich cores require surface layers, like the neatly woven layers that Flaxco have the means to create. Once created the panels can be thermoformed thanks to their thermoplastic properties. This is typically done by means of short cycle compression moulding.

In order to achieve a product with well-balanced characteristics, pre-pregs of 0.5-1mm thickness were used. By optimising flax technology with the polypropylene honeycomb core Flaxco is able to achieve much higher levels of rigidity. The table below describes the bending performance of a sandwich panel with flax composite skins.

Flax fibres are a 100% natural fibre that produce lower CO2 levels than competitor materials including glass and carbon fibres, an increasingly important element within the automotive industry. Furthermore, research and testing are already underway for the material to find its place within the sports industry.

With high levels of cost efficiency compared to more conventional materials, the new Flaxco composite is expected to be the material of choice in a number of applications, especially those requiring dimensional stability. The new material aims to not only be used in new markets and applications but also replace non-sustainable materials already in use.

Dr. Jochen Pflug, EconCore CEO added: “For new product developments sustainable materials have become a key requirement. Within the automotive industry in particular, suppliers seek sustainable materials which lower their CO2 footprint.”

Dr. Pflug continued: “Flaxco’s natural flax fibre polypropylene composites are an ideal combination with our polypropylene honeycomb cores to achieve a sustainable material that retains high levels of performance. The production costs of thick monolithic laminates are high because many layers need to be combined, our honeycombs increase the stiffness and strength but require only a minimal amount of material in two thin surface layers.”

One factor that has greatly benefitted the partnership between Flaxco and EconCore is the locations of their facilities. With both EconCore and Flaxco being based in Belgium, allowing for a local supply chain. Throughout both the design and manufacturing stages the advantages of this proved its advantages with regular stable deliveries and less transport being required, essential when one crisis after the other affects the transportation chains, from the Coronavirus pandemic to the recent raw material shortages.

Ludwig Ryckebosch, Innovation and Business Development Manager at Flaxco said: “It was a match made in heaven. EconCore’s polypropylene honeycomb has been incredibly easy to work with. Its lightweight properties meant that it was the perfect choice to combine with our technology to develop flax fibre composite material.”

The flax composite material is expected to have commercial applications across many industries, especially automotive interiors and computer casings. With sustainability being a key focus for companies across the globe, this all-new flax composite’s ability to be recycled without compromising on performance will play its role in reducing carbon emissions.

https://econcore.com/

Dr. Andreas Hirschfelder, Senior Vice President, Member of the Managing Board at LEONHARD KURZ GmbH & Co. KG

Dr. Hirschfelder, how does KURZ drive sustainability as a surface finisher?
There are various methods we utilise. For example, over decades Kurz has developed and established a finishing process in the plastics industry that works with much thinner layers than are otherwise used in the painting industry, while maintaining the same surface performance. This saves a considerable amount of material, but even this thin dry coating needs a carrier medium, a polyester carrier, from which it is transferred in the processing operations. The polyester is a process-related waste that has so far mostly been recycled in the cement industry. Here we want to set a cycle in motion so that the PET material can be used a second time, ideally even several times.

How does it work?
Our customers are often large-scale consumers, so we know where our material is used. That’s why we started a collection system with our first customers. We pick up their waste material and recycle it at our own recycling plant so that it can be used to make high quality injection moulded parts again. This is not technically easy, because the material is naturally not homogeneous and clean. That is stage one of the process. The second stage is to put the recovered material back into the polyester cycle in such a way that it can be used to make highest quality products, such as films. That is our ultimate goal.

Do you have partners for this?
As processors, we have multiple successful strategies and ideas for keeping the material in the ideal cycle. But we need the industry to turn it into polyester and films again. We have already brought in a number of manufacturers of virgin material as cooperation partners. We also work together with film manufacturers. Another important point is that we develop our transfer product in such a way that we can easily recycle the carrier material. This is a change in thinking compared to the past, when we thought in linear terms. In these current times you have to develop a holistic view.

Apart from saving material through thin coatings, what other sustainable developments are you working on?
Our surface decorations are now very similar in composition to injection moulding materials. We have been able to show that components with our coatings can be recycled as desired and brought back to the same optical quality level with our thin-film technology. Our designs are not disruptive due to the low thickness of the material. Additionally, studies in the packaging industry have shown that sorting machines can still recognise the base plastic, such as the polypropylene or polyethylene, in packaging with our coatings. Finally, all our surface finishing methods can also decorate and repurpose recycled material in the same way as new material.

KURZ is pursuing the goal of using up to 80 percent of raw materials of organic origin for decorations. Is that achievable?
Yes, we already use about 30 percent raw materials of organic origin. Paints and coatings existed even before the invention of plastics, so in the paint industry there are already coatings that are based on renewable raw materials. These are cellulose derivatives, for example, which are sufficient for many base coatings. We want to use more and more material that either consists directly of renewable raw materials or that is biodegradable. Today, we already have products that consist of 100 percent renewable raw materials. The challenge is to come very close to, and in some cases even surpass, the existing performance. This raw material change will lead to considerable reductions in the carbon footprint.

Does that also involve a price difference?
As a rule, yes. It is something new that is not yet available in large quantities. We are aware of a change in thinking among our OEM customers and brand owners. Sustainable approaches are increasingly being rewarded. In some cases, this is already evident in the specifications. The awareness is growing – particularly in comparison to two years ago. Today, we have more of a sympathetic ear.

What is the advantage for the KURZ company to follow such sustainable paths at an early stage?
If you are leading a movement, you invest in opportunities. The discussion about ESG, the criteria Environment – Governance – Social, will lead to regulations and laws, that’s for sure. Those who, like us, get involved early on, have the chance to shape the debate. We suppose that people will continue to place importance on aesthetics, and on high quality surfaces for durable products. Here we can show possibilities of how this can be done sustainably. We have to stop always talking about self-denial when it comes to sustainability. Incidentally, as a family business, we have been working sustainably for 120 years. In the past, the focus was more on environmental protection and occupational health and safety, but today we are taking a holistic approach and also assume responsibility in the social sphere. The logical consequence was for us to join the UN Global Compact. This makes our commitment globally transparent.

BB Engineering shortlisted for Plastics Recycling Awards Europe

BB Engineering has been shortlisted for the prestigious Plastics Recycling Awards Europe 2022 for the category Recycling Machinery Innovation with its PET recycling line VacuFil® Visco+ for fiber-to-fiber inline recycling.

“We are still a recycling newcomer and are therefore particularly proud that our technology has already convinced so far that we are now among the finalists. Our origin lies in extrusion, filtration and spinning technology. We have incorporated our decades of know-how in these fields into the development of our VacuFil® Visco+ process. We have succeeded in developing a fiber-to-fiber recycling process that produces high-quality rPET yarn. Being named a finalist is already a great achievement for us.” said Mr. Matthias
Schmitz, Head of Engineering Recycling Technology.

BB Engineering GmbH (BBE) is a German machine building company founded in 1997 as a joint venture between Oerlikon Barmag, a subsidiary of Oerlikon Textile GmbH & Co. KG, and Brückner Group GmbH. Today, the company employs more than 160 members of staff at its location in Remscheid, Germany. BBE is the exclusive supplier of its mother companies for extrusion systems, melt filtration technology, recycling technology (VacuFil® Visco+), compact spinning technology (VarioFil®) and air-texturized yarn (ATY) technology. Beyond that, the entire portfolio is offered to third parties within the plastics and textile industry.

The process presented as part of the award is the combined VacuFil® Visco+ with VarioFil®. This machinery enables the textile industry to perform closed-loop inline recycling of post-consumer polyester (PET) textile waste. The given recycling technology is a thermo-mechanical recycling process optimized for the textile industry. Key component here is the liquid state polycondensation reactor, known as Visco+, to adjust the intrinsic viscosity. Compared to existing fiber recycling processes, which address rather less demanding textile applications and don’t include subsequent spinning, BBE’s solution is a whole-in-one process that enables the textile industry to perform closed-loop inline recycling of post-consumer PET fiber waste even into high-tech textile yarns with low dpf-values.

The Plastics Recycling Awards Europe 2022 winners will be announced on 23 June, during the second day of the Plastics Recycling Show Europe taking place at the RAI Amsterdam.

Open to organisations and individuals across Europe who are involved in the recycling of plastic materials, the Plastics Recycling Awards Europe are organised jointly by Plastics Recyclers Europe (PRE) and Crain Communications, organisers of the Plastics Recycling Show Europe. www.prseventeurope.com

For more information on the awards visit: https://www.prseventeurope.com/prse2022/en/page/awards-2022

Google Cloud Launches New Solutions to Help Manufacturers Unify Their Data and Address Industry-Specific Use Cases

Google Cloud announced the launch of Manufacturing Data Engine and Manufacturing Connect, two new solutions that enable manufacturers to connect historically siloed assets, process and standardize data, and improve visibility from the factory floor to the cloud. Once data is harmonized, the solutions enable three critical AI- and analytics-based use cases–manufacturing analytics & insights, predictive maintenance, and machine-level anomaly detection.

Manufacturers are undertaking a massive digital transformation driven by rising customer expectations, supply chain volatility, shifting buyer behavior, and more. Yet, only 21% of manufacturers have active AI initiatives in production to help solve these issues. While data from disparate systems can be manually prepared for AI and analytics pilots, siloed data sets still need to be accessible centrally and in real-time to support production scale. Additionally, many existing AI and analytics solutions are designed to be used by data scientists and are not easy to use for manufacturing business leaders.

Manufacturing Data Engine and Manufacturing Connect, available today, help manufacturers unify their data and empower their workforce with easy-to-use analytics and AI solutions based on cloud infrastructure:

  • Manufacturing Data Engine is an end-to-end solution that processes, contextualizes, and stores factory data on Google Cloud’s market-leading data platform. It provides a configurable and customizable blueprint for the ingestion, transformation, storage, and access to factory data. It integrates key Google Cloud products, including Cloud Dataflow, PubSub, BigQuery, Cloud Storage, Looker, Vertex AI, Apigee, and more, into a manufacturing-specific solution.
  • Manufacturing Connect is a factory edge platform co-developed with Litmus Automation that quickly connects to, and streams data from, nearly any manufacturing asset and industrial system to Google Cloud, based on an extensive library of more than 250 machine protocols. Deep integration with the Manufacturing Data Engine unlocks rapid data intake into Google Cloud for processing machine and sensor data. The ability to deploy containerized applications and ML models to the edge enables new dimensions of use cases.

Once data is centralized and harmonized by the Manufacturing Data Engine and Manufacturing Connect, it can then be used to address a growing set of industry-specific use cases, including:

  • Manufacturing analytics & insights, which helps manufacturers quickly create custom dashboards to visualize key data—from factory KPIs such as Overall Equipment Effectiveness (OEE), to individual machine sensor data. Integrated with the Manufacturing Data Engine, engineers and plant managers can automatically set up new machines and factories, enabling standardized dashboards, KPIs, and on-demand drill-downs into the data to uncover new insights opportunities throughout the factory. These can then be shared easily across the enterprise and with partners.
  • Machine-level anomaly detection, which helps manufacturers identify anomalies as they occur and provides alerts—leveraging Google Cloud’s Time Series Insights API—on real-time machine and sensor data such as noise, vibration, or temperature.
  • Predictive maintenance, which enables manufacturers to anticipate an asset’s need for service, helping reduce downtime and maintenance cost. Manufacturers can leverage ML models and high-accuracy AI optimizations that are deployable in weeks.

“Bridging gaps across systems and placing easy-to-use AI directly into the hands of manufacturing engineers leads to better results,” said Hans Thalbauer, Managing Director, Supply Chain and Manufacturing Industries, Google Cloud. “These new solutions can support workforce transformation initiatives by providing engineers with the tools to be self-sufficient, without the need for data scientists or additional integration code.”

“The growing amount of sensor data generated on our assembly lines creates an opportunity for smarter analytics around product quality, production efficiency and equipment health monitoring, but it also means new data intake and management challenges,” said Jason Ryska, Director Manufacturing Technology Development, Ford Motor Company. “We worked with Google Cloud to implement a data platform now operating on more than 100 key machines connected across two plants, streaming and storing over 25 million records per week. We’re gaining strong insights from the data that will help us implement predictive and preventive actions and continue to become even more efficient in our manufacturing plants.”

“With the tight integration of a powerful factory edge solution with Google Cloud, it is easier than ever for factories to tap into cloud capabilities,” said Masaharu Akieda, General Manager, Digital Solutions Division, KYOCERA Communication Systems Co., Ltd. “Google Cloud’s solutions enable a broader group of users beyond data scientists to quickly access, analyze and use data in a variety of use cases. We are excited to partner with Google Cloud as we implement new manufacturing solutions to optimize production operations and consistently increase quality.”

“As the global innovator of solid state cooling and heating technology, we’ve developed a sustainable manufacturing platform that uses less water, less electricity, and less chemical waste,” says Jason Ruppert, Chief Operations Officer, Phononic. “This partnership with Google Cloud allows us to contextualize data across all of our manufacturing processes – ultimately providing us the analytics and insights to optimize our operations and continue to bring to the world products that cool sustainably, reducing greenhouse gas (GhG) emissions and improving the environment.”

https://cloud.google.com/