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      <title>Sustainability</title>
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      <![CDATA[ 8 great sustainability stories you don&#8217;t want to miss ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/topics/sustainability/sustainability-highlights-from-2024/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/275311</guid>
      <pubDate>Mon, 16 Dec 2024 19:20:21 GMT</pubDate>
      <description>
      <![CDATA[ From FORTUNE features to global standards, get the scoop on some of our biggest sustainability highlights from 2024. 
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      <![CDATA[ 
Sustainability got a lot of shine in 2024. Not only a hot topic here on the blog, sustainability is a huge part of values as a company. We speak proudly about Dassault Systèmes’ sustainability commitments. We often say it’s in our DNA.&nbsp;&nbsp;



On the blog, we covered a wide range of topics – from understanding biodiversity loss to shaping sustainable mines to exploring what it would take to make Earth our most important stakeholder. But some of our biggest sustainability stories weren’t published on these pages. We’ve collected seven of them here.



Give them a read.



3DEXPERIENCE platform recognized as PACT conformant



This fall, our 3DEXPERIENCE platform was listed as a PACT conformant solution by the World Business Council for Sustainable Development Partnership for Carbon Transparency, the global standard for calculating and exchanging Scope 3 greenhouse gas data across the value chain. PACT conformant solutions help customers make smart, carbon-informed business decisions to deliver on their climate commitments.



“By being PACT conformant, we can help customers increase transparency and make the right decisions while strengthening our role as a trusted partner in this transformation,” Florence Verzelen, our EVP of Industry, Marketing and Sustainability, said in a press release announcing the recognition.




Get the full story




First CSO Summit



During London Climate Action Week in June, we held our first ever Chief Sustainability Officer Summit, welcoming a select group of CSOs from across sectors to brainstorm, debate and discuss the topic of the day: “Bringing biodiversity in the loop.”




Read more about the summit




SPYGEN partnership on eDNA



Speaking of biodiversity, this summer we joined forces with French research lab SPYGEN to help our customers analyze and monitor environmental impact using environmental DNA (eDNA) with a goal of preserving biodiversity. The partnership – plus the 3DEXPERIENCE platform – empowers customers to understand their impact on diversity and develop actionable plans for sustainability initiatives.







Leaders in Business Sustainability



In September, leaders from across industries gathered in Stockholm, Sweden for the “Leaders in Business Sustainability” conference, a half-day event focused on pressing issues, including the transition to cleaner energy, strengthening supply chain resilience, driving sustainable innovation and embracing the circular economy. It was an occasion for customers, partners and other leaders to enjoy engaging panel discussion on the topics of the day and experience five interactive demo pods in which attendees could explore our solutions firsthand.




Learn more




Sustainability Hero



This fall, our Chief Sustainability Officer Philippine de T’Serclaes was honored with the 2024 Sustainability Hero Award from Business Intelligence Group. The awards honor “those who have made sustainability an integral part of their business practice.”&nbsp;



“This is a much welcomed recognition of the amazing work being done by the entire company, the wonderful WW Sustainability Team and the many sustainability ambassadors,” de T’Serclaes wrote of the award.




Read more on LinkedIn




FORTUNE feature 



Our North American Sustainability Director Stan Piper spoke with “Fortune” magazineabout the power of virtual tools, like the 3DEXPERIENCE platform, to solve the packaging waste crisis.



“Measurability is absolutely key for sustainable [packaging] initiatives,” Piper said. “To avoid allegations of greenwashing—and to guide marketing strategies—companies must be able to quantify their products’ green credentials and present the information accurately to end users.”




Find the full feature




Sustainability mag profile



This December, “Sustainability” magazine featured de T’Serclaes on its cover and included a lengthy Q-and-A with our CSO, covering everything from how the trained economist wound up working in the sustainability sphere to our corporate sustainability strategy.



“While many companies care about sustainability, they don’t necessarily know how to transform their business, what steps to take, or which solutions will help hem accelerate their efforts to achieve these goals,” de T’Serclaes said during the interview.




Read the profile




Awards and recognition



Our deep commitment to sustainability is regularly recognized externally through top ratings and rankings on various indices … and 2024 was no different. This year, we confirmed our ranking on the MSCI ESG Ratings assessment with a “AAA” score for the second year in a row; figured within the top 2% of global software companies responding o he S&amp;P Global Corporate Sustainability Assessment, and reached the top 1% of all companies assessed by EcoVadis.




See more awards




READ MORE FROM OUR 2024 YEAR IN REVIEW  




All the people we profiled in 2024



2024 predictions, revisited 



Virtual twin experiences you have to see to believe 



15 companies shaping the future right now





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      <title>
      <![CDATA[ Unlocking the Potential of CATIA in the Building Industry ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/brands/catia/unlocking-the-potential-of-catia-in-the-building-industry/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/275081</guid>
      <pubDate>Thu, 12 Dec 2024 13:39:13 GMT</pubDate>
      <description>
      <![CDATA[ Antoine Duphil Consultant CAD/PLM at TECHSO interviewed by Jonathan ASHER CATIA Construction Sales Director on how his company use 3DEXPERIENCE CATIA
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      </description>
      <content:encoded>
      <![CDATA[ 

Discover how tailored features and innovative solutions in CATIA are revolutionizing project management in the building industry.








Understanding Antoine&#8217;s Role in the Industry



The building industry, with its intricate processes and complex project management needs, greatly benefits from the expertise of professionals like Antoine. As a CAD/PLM Consultant at TECHSO Solutions in Montreal, Antoine focuses on optimizing the control of the life cycle of building components. His role involves deliberating with stakeholders to identify the most effective practices to enhance reliability across projects.



Antoine&#8217;s approach is multifaceted. He listens, understands, and analyzes the needs of various architecture and engineering firms. This understanding allows him to customize functionalities that align with users&#8217; daily activities. The goal? To create seamless and effective workflows without imposing rigid constraints.








Harmonization of processes, unification of methodologies, while maintaining flexibility, is key.








Flexibility is crucial, as it enables Antoine and his team to adapt to diverse inputs from architects and engineers, ensuring that every project is uniquely catered to.



The Transformative Benefits of CATIA



CATIA is more than just a tool; it&#8217;s a transformative platform that significantly enhances project outcomes. Antoine utilizes applications such as CATIA Building 3D Design and Assemblies, alongside CATIA Visual Scripting, to customize automation and integrate proprietary knowledge into existing features.



Three primary benefits emerge from using these applications:




Intellectual Property Features: These features save time and allow users to explore various scenarios, aiding in both creation and modification processes.



Propagation of Impact: With an up-to-date mockup, the propagation of impact is streamlined, reducing surprises by identifying direct interfaces between products.



Material Efficiency: By linking final products to raw materials, CATIA helps transform waste into salvaged material, significantly reducing consumption on construction sites.





CATIA allows us to transform waste material into reusable resources, minimizing construction costs.








These benefits underscore CATIA&#8217;s role in delivering efficient, sustainable, and innovative solutions that align with industry needs.



Evolving Features for Tailored Solutions



CATIA&#8217;s evolution is a testament to its commitment to meeting user needs. Antoine appreciates how the platform&#8217;s features are increasingly tailored not only to functional requirements but also to the cultural and linguistic nuances of users. This adaptability ensures that CATIA remains relevant and effective in diverse contexts.



A standout feature is the ability to embody different &#8220;truths&#8221; for a single object. This means users can switch between detailed and basic views as needed, providing precise information when required.




&#8220;CATIA&#8217;s evolving features match both the needs and culture of its users, offering multiple truths for a single object.&#8221;












This flexibility is a game-changer, enabling users to access the right level of detail for any given task.



Conclusion



Antoine&#8217;s insights highlight CATIA&#8217;s transformative impact on the building industry. By tailoring functionalities to user needs and leveraging innovative solutions, CATIA is redefining project management. The platform&#8217;s evolving features, combined with Antoine&#8217;s expertise, ensure that building projects are more efficient, sustainable, and adaptable than ever before. As CATIA continues to evolve, it promises even greater alignment with the dynamic needs of the industry.




CATIA is not just evolving; it&#8217;s reshaping how we approach building projects, making them more efficient and sustainable.








Discover more on the free online CATIA Buildings and Infrastructure community: thousands of tutorials and CATIA experts!
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      <title>
      <![CDATA[ A Comprehensive Look Back at METEC India 2024: Advancing Green steel ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/infrastructure-energy-materials/a-comprehensive-look-back-at-metec-india-2024/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/274667</guid>
      <pubDate>Fri, 06 Dec 2024 04:57:40 GMT</pubDate>
      <description>
      <![CDATA[ Explore the highlights of METEC India 2024, where we showcased innovations shaping the future of green steel and technology tailored for the steel industry.
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      </description>
      <content:encoded>
      <![CDATA[ 
METEC 2024 India provided the perfect platform for Dassault Systèmes to showcase groundbreaking advancements in technology tailored for the steel industry. Focused on the evolution of &#8220;Green steel,&#8221; the event underscored significant strides toward sustainability, efficiency, and digital transformation in steel production. From the use of AI to real-time data analytics and Virtual Twins, the demonstrated innovations provided a clear glimpse into the future of steelmaking.











A Landmark Event in Metallurgy and Steel Innovation



This year’s METEC India stood out for its focus on addressing critical industry challenges and opportunities. Key highlights from the event include:




Technological Innovation: METEC 2024 provided a platform to introduce groundbreaking technologies aimed at transforming the metallurgy and steel sector. From efficient production solutions to advanced materials, the range of innovations presented was impressive.



Global Participation: The event saw significantly increased engagement from both national and international stakeholders. Industry leaders, experts, and organizations came together to exchange insights and collaborate on shared goals.



Focus on Sustainability: A central theme of the event was sustainability, with numerous exhibitors and speakers emphasizing the need for environmentally-conscious practices. Innovative solutions for sustainable production and environmental conservation were prominently showcased.



Insightful Discussions: Conference sessions and booth discussions provided deep insights into the future direction of the metallurgy and steel industry. Emerging trends, market dynamics, and the integration of advanced technologies were at the core of these conversations.




Attendee Feedback Highlights



Feedback from participants reaffirmed the event&#8217;s success and impact. Attendees expressed appreciation for the following:




Innovation and Relevance: The event’s emphasis on introducing new technologies was widely praised, with many attendees highlighting their relevance for driving industry advancement.



Engaging Networking: Participants commended the opportunities for creating valuable partnerships and exchanging ideas with like-minded professionals.



Focus on Sustainability: The showcased sustainable solutions and strategies struck a chord with the audience, reflecting the industry’s growing commitment to environmental responsibility.



Comprehensive Digital Transformation Strategy: We presented with industry leaders to unveil a digital roadmap for the steel sector, integrating advanced supply chain strategies for increased productivity and a reduced environmental footprint




The enthusiastic reception of our technology demonstrations highlighted a collective commitment to shaping a more innovative and greener steel industry.



A Shared Commitment to Green Steel



The steel industry is entering a new era that balances the demands of productivity with the imperative for sustainability. At Dassault Systèmes, we are proud to play a pivotal role in this transformation by empowering businesses to adopt technologies that pave the way for a brighter, greener future.



To all stakeholders—steelmakers, innovators, and environmental advocates—we invite you to collaborate with us in realizing the full potential of these advancements and creating a lasting impact. Together, we can reshape the future of steel into one that thrives on innovation, efficiency, and responsibility.



Thank you for joining Dassault Systèmes at METEC 2024. We look forward to continuing this exciting conversation.



Author: 











Sanjeev R &#8211; India Industry Business Consultant Senior, Dassault Systèmes India




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      <title>
      <![CDATA[ Navigating toward 2050: The low-carbon transformation of aerospace ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/aerospace-defense/navigating-toward-2050-the-low-carbon-transformation-of-aerospace/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/274627</guid>
      <pubDate>Wed, 04 Dec 2024 16:54:51 GMT</pubDate>
      <description>
      <![CDATA[ Charting the aviation industry’s journey to a low-carbon future. 
 ]]>
      </description>
      <content:encoded>
      <![CDATA[ 
In a future defined by stringent carbon budgets and ambitious sustainability goals, the aviation industry faces the dual challenge of maintaining growth while drastically reducing its carbon emissions. The Paris Agreement, adopted in 2015, underscored the need for immediate and significant reductions in greenhouse gas (GHG) emissions to limit global warming to 1.5°C above pre-industrial levels.



This blog post explores what a low-carbon industrial system might look like in 2050, focusing on the aviation sector&#8217;s decarbonization strategies and their alignment with global climate targets.



Carbon budget allocation for the aviation industry



The Intergovernmental Panel on Climate Change (IPCC) report published in March 2023 emphasizes that achieving net-zero emissions by 2050 is essential to limit the global temperature increase to 1.5°C. For the aviation industry, this means operating within a constrained carbon budget. This strict allocation necessitates a profound transformation in the industry’s operations, technologies, and energy sources to meet these targets while maintaining growth.



The implementation of increasingly restrictive carbon quotas will necessitate a sectoral allocation of the global carbon budget. This approach ensures that each industry, including aviation, adheres to its fair share of emissions reductions. Policymakers and industry leaders must collaborate to establish and enforce these quotas, balancing economic growth with environmental responsibility.



Decarbonization strategies



Decarbonizing the aviation industry involves a multifaceted approach targeting Scope 1 (direct emissions), Scope 2 (indirect emissions from energy), and Scope 3 (other indirect emissions). The strategies focus on sustainable practices in the production of raw materials, energy consumption, and the adoption of alternative fuels.



Scope 1: Direct Emissions




Sustainable raw materials: Shifting production toward more sustainable practices for widely used raw materials including using renewable energy for electrolysis is crucial. Innovations in material science can lead to lighter, more fuel-efficient aircraft, reducing overall emissions. Utilizing composite materials like CFRP (carbon fiber reinforced polymer) contributes to lighter aircraft, enhancing fuel efficiency.



Circular Economy Initiatives: Emphasizing the recyclability of materials such as aluminum, titanium and copper can significantly reduce the demand for virgin materials and lower the industry&#8217;s carbon footprint.




Scope 2: Indirect Emissions from Energy




Low-Carbon electricity consumption: Electrifying ground operations and ensuring that all electricity used in production processes comes from low-carbon or renewable sources are pivotal. This includes transitioning airport operations to green electricity and integrating renewable energy into the supply chain.



Fossil-free transportation and external supply chain: Implementing fossil-free transportation methods for materials and optimizing supply chains are essential. This involves using electric or hydrogen-powered vehicles for transportation and adopting digital transformation tools to minimize emissions associated with logistics.




Scope 3: Other Indirect Emissions




Alternative Fuels: SAFs, derived from renewable sources such as biomass and waste, are already available. The challenge lies in scaling up production to increase the SAF mix from a few percentages to 100%. This can significantly reduce the carbon footprint of aviation in the short to medium term.



Hydrogen: Hydrogen-powered aircraft are expected to become commercially viable by 2050. These aircraft offer a promising solution for zero-emission flights, especially for short to medium-haul routes, complementing the use of SAFs, eFuels, and biofuels.




Impacts of climate change on the aerospace sector



The aerospace sector is still highly reliant on fossil fuels, which means that transitioning to low carbon emission energy will potentially disrupt the global supply chains, increase operational costs, and affect the affordability of air travel. Adapting to these challenges requires a regionalized biophysical systemic approach, focusing on resilience and sustainability.



The depletion of fossil fuel resources necessitates a shift towards energy efficiency and moderation. The aviation industry&#8217;s energy mix, currently dominated by fossil fuels, must transition to renewable sources. This shift is not only a response to resource scarcity but also a strategic move to mitigate the rebound effect, where increased efficiency leads to higher overall energy consumption.



Technological levers and behavioral changes



Achieving a low-carbon aviation industry by 2050 requires both technological innovations and significant behavioral changes.




Emphasizing circular economy practices, where resources are reused and recycled, is crucial. This approach minimizes waste, reduces the demand for virgin materials, and lowers the industry&#8217;s carbon footprint.



Continuous improvements in energy efficiency, both in-flight and on the ground, are essential. Innovations such as advanced aerodynamics, more efficient engines, and optimized flight paths can contribute to substantial emissions reductions.



The industry must foster a culture of sustainability among all stakeholders, from manufacturers to airlines and passengers. Encouraging responsible travel behavior, such as choosing direct flights and reducing unnecessary travel, can complement technological advancements.




Role of major aircraft manufacturers



Major players have a pivotal role in achieving the 1.5°C target. Their commitment to innovation and sustainability sets the pace for the entire industry. These companies are investing heavily in research and development to bring new, cleaner technologies to market.



They have been at the forefront of the aviation industry&#8217;s decarbonization efforts.



Improving the efficiency of freight operations and supply chains is a critical component of one major aircraft OEM’s sustainability strategy. By optimizing logistics and adopting digital transformation tools, the company aims to minimize emissions associated with the transportation of materials and components.



Another OEM is pioneering the use of recycled aluminum and developing new alloys that require less energy to produce. The company is also investing in technologies to recycle titanium and other high-value materials, reducing waste and conserving resources.



Conclusion



The aviation industry&#8217;s journey towards a low-carbon future is both challenging and essential. By adopting innovative technologies, embracing circular economy practices, and fostering behavioral changes, the industry can significantly reduce its carbon footprint. The collaborative efforts of major players, supported by stringent carbon quotas and sectoral allocations, are crucial in achieving the 1.5°C target and ensuring a sustainable future for aviation.
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      <title>
      <![CDATA[ How can we make biomanufacturing for life sciences and healthcare more sustainable? ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/industries/life-sciences-healthcare/sustainability-in-biomanufacturing/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/274611</guid>
      <pubDate>Wed, 04 Dec 2024 16:02:30 GMT</pubDate>
      <description>
      <![CDATA[ Learn how digitalization drives sustainability in biomanufacturing and helps companies create new treatments that don’t cost the Eart. 
 ]]>
      </description>
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      <![CDATA[ 
When a team of Canadian researchers discovered how to isolate, extract, purify and administer insulin in the 1920s, they transformed the treatment of diabetes. Their use of this naturally occurring hormone to create medicine also kick-started the development of biomanufacturing in life sciences and healthcare.



Skip forward a century and biologics – biomanufactured drugs made from natural resources like microorganisms and cells – offer a vast range of personalized and targeted treatments. This is the sector that, in 2020, collaborated to develop, produce and distribute effective vaccines to combat COVID-19 in a matter of months – a process that would normally take years.



Today, biomanufacturers are innovating at pace, and growing their production, supply and distribution capacity so they can meet unmet medical needs and an increasing demand from an aging global population. But, currently Life Sciences and Healthcare therapy development and production activities generate 4.4% of global emissions, this means these companies cannot continue on this path – they must produce more with less resources.



Pressure on sustainability performance is coming from all sides. Measures that were once secondary concerns – like reducing waste, energy consumption and emissions – are now a top priority for business leaders. Companies face intense scrutiny from investors and customers when it comes to advancing sustainability in biomanufacturing while reducing costs. And they must also prove their performance against increasingly stringent regulations.



A closer look at biologics



Biologics excel in targeting the proteins, cells or pathways involved in a disease’s progression. Examples include monoclonal antibodies, which are designed to neutralize harmful proteins in the body. Then there are cytokines, which modify immune system responses to fight off or suppress a specific condition. Meanwhile vaccines prevent diseases from developing by stimulating the immune system to fight certain pathogens.



This targeting ability makes biologics effective for treating chronic diseases including autoimmune disorders, cancer, diabetes, inflammatory bowel disease and rheumatoid arthritis. They are also less likely to cause side effects than conventional drugs, which act more broadly across the body.



However, the size and complexity of the molecules involved means that biologics are more complex, time-consuming and costly to manufacture than conventional drugs, which are made from smaller, simpler molecules. The procedure typically begins when a gene, which encodes the desired protein, is transferred into “production cells” such as E. coli bacteria. These cells are then cultivated in a bioreactor under carefully controlled conditions such as temperature, pH and nutrient supply. When the cells are ready, they are processed to release the protein. This is then refined to make sure it meets the purity, potency and safety standards required.



These processes use significant natural resources and energy while producing emissions and waste. But biomanufacturers need to be sure that any measures they take to improve sustainability will not adversely affect the quality of their product, but must be also cognizant of the waste they create. To minimize that risk, sustainability must be designed into these delicate procedures, not bolted afterwards.



Where can biomanufacturers make sustainability gains?



To make meaningful sustainability gains, biomanufacturers must adopt a new paradigm and factor in sustainability concerns from the very beginning of drug development.&nbsp; From the ideation of the drug to the biologic process to facility development on through delivery, each stage in the development process can include sustainability indicators that impact the whole.



Let’s look at a few:




Product development. On average, 80% of any product’s environmental impact is made during the design phase. If biologic developers identify which manufacturing methods will yield the best results for their recipe and the environment, they can make a big dent in that figure.



Supply chain and logistics. These activities typically account for 60-80% of a pharmaceutical company’s greenhouse gas emissions. Those percentages come down when key performance indicators (KPIs) for sustainability are factored into supply chain design from the start.



Continual process improvement. By monitoring environmental performance alongside critical parameters – such as temperature, which is crucial in biologic production – it’s possible to identify small changes that will improve on the process &nbsp;without risking the product’s quality.




What challenges are slowing progress toward sustainability in biomanufacturing?



Knowing where to look is one thing. Finding the information can be quite another, especially since pharmaceutical companies tend to have volumes of scientific data across separate systems and departments. This disjointed view makes it difficult to build a common sustainability strategy across the organization or the product lifecycle. As a result, measures often focus on individual business units, which limits their success.



Factoring in third-party providers such as suppliers and logistics organizations throws up more obstacles. When decision-makers don’t have all the information available in one place, they can’t make informed decisions that balance sustainability alongside KPIs like time and cost.



And what about those opportunities for improvement that emerge during manufacturing? Without a holistic view, based on all the data involved, it’s impossible to know where to look, or what effect any decisions will have further down the line.



Digitalization can drive sustainability in biomanufacturing



Unifying data in one place – the 3DEXPERIENCE platform – has helped Dassault Systèmes customers across Life Sciences &amp; Healthcare and other industries to put sustainability performance in the context of other critical KPIs. The platform allows the creation of virtual twins – holistic digital models of real-world products, systems and processes. By using a virtual twin to structure and contextualize data it allows to see how different KPIs relate to each other across the product lifecycle, biomanufacturers can target new measures wherever they are needed,



It’s important for biomanufacturers to target areas where the biggest sustainability gains can be achieved. They can use a recipe lifecycle management solution, for instance, to see how different processes all along the product lifecycle – such as an energy-intensive or high-emission manufacturing method or some aspects of the supply chain– will affect a product’s environmental impact. Then they can make the appropriate changes to bring those figures down.



Solutions are also available to support the optimization of supply and demand planning. For example, a built-in algorithm can be used to show supply chain planners which suppliers perform best across KPIs like sustainability, reliability and cost, so they can choose the one that strikes the best balance between all those priorities.



Once the biologic enters production, monitoring processes and equipment in real time is essential to identify ongoing opportunities for improvement. This is what the &nbsp;Continued Process Verification toolset does. Its algorithm helps companies understand the different patterns at play in areas like energy consumption and emissions, as well as production parameters – so users can see where to make changes that will improve sustainability while staying within production parameters.



Sustaining the journey



There has always been a sound business incentive for improving sustainability. Minimizing waste and reducing energy consumption often go hand in hand with increased efficiency, as well as potentially attracting more customers and investors. What’s been missing until recently is the joined-up view that shows how and where sustainability can be optimized in balance with performance and quality KPIs across the product lifecycle.



Technologies like those discussed above are bringing that view to life, supported by powerful algorithms. We’re just starting to see how artificial intelligence, with its complex data analysis capabilities, can play a pivotal role in enabling biomanufacturers to thread sustainability across their business. In this intensely innovative industry, it will be exciting to see how companies work to achieve that.



Check out our new whitepaper, &#8220;Innovating for a More Sustinable Future: Leveraging Greener Practices in Biomanufacturing&#8221; for an even deeper dive into sustainability in biomanufacturing, including how advanced  digital tools like AI and virtual twins allow companies to improve efficiency and reduce emissions, waste, energy, and water usage while ensuring quality and safety.




Download the whitepaper today





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      <title>
      <![CDATA[ AI augments Engineers for Sustainable Innovation ]]>
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      <link>https://blog--3ds--com.apsulis.fr/brands/catia/ai-augments-engineers-for-sustainable-innovation/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/274344</guid>
      <pubDate>Thu, 28 Nov 2024 14:59:56 GMT</pubDate>
      <description>
      <![CDATA[ For over 40 years, Dassault Systèmes, through its leading brand CATIA, has been at the forefront of industrial transformation and continues to be so today by using artificial intelligence (AI) to drive sustainable innovation.
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      <![CDATA[ 
How do we navigate AI for Industrial Transformation?



From design to industrialization, 80% of vehicles and aircraft today have developed their complete digital twin and now their virtual twin with Dassault Systèmes, especially with CATIA. Those solutions help the company extend its reach to other critical sectors, such as smart cities, energy infrastructures, and even the human heart.



AI serves not just as a tool for automation but as an enhancer of human capability, allowing engineers, designers, and architects to explore more innovative and sustainable solutions within development cycles. The core of AI lies in data, transforming it into valuable knowledge and expertise. This resembles a modern renaissance, where accumulated industrial know-how is made accessible across the entire product creation and industrialization value chain.




We are not automating to replace engineers, but augmenting their abilities to explore more innovative and sustainable solutions.Olivier SAPPIN, CATIA CEO








Virtual Twins: Bridging the Virtual and Real Worlds



Virtual twins are pivotal in integrating AI with industrial data, offering a comprehensive digital representation of physical assets. By creating virtual twins of products such as vehicle batteries, Dassault Systèmes with the 3DEXPERIENCE platform enables detailed simulation and testing in a virtual environment, reducing the need for costly and time-consuming physical prototypes.



Detailed Simulation with Virtual Twins




&nbsp;Simulation and Testing: Virtual twins allow the simulation of product characteristics such as battery autonomy, heat resistance, and steering angle, predicting performance under various conditions.



&nbsp;Design Optimization: Engineers and designers can refine product designs virtually, enhancing efficiency and sustainability at the early concept before physical production begins.








This approach not only saves time and resources but also enhances competitive advantage by enabling rapid prototyping and testing.



AI-Driven Enhancements in Virtual Twin Solutions



AI is crucial for advancing virtual twin solutions. It provides predictive insights that accelerate design and decision-making processes. AI can foresee potential issues and optimize performance by capturing and analyzing data from both virtual models and real-world usage.



Predictive Capabilities




&nbsp;Rapid Prototyping: AI algorithms enable quick generation and testing of multiple design alternatives within CATIA



&nbsp;Risk Management: Predictive analytics help in identifying and mitigating risks in complex projects, ensuring timely and cost-effective delivery.













&#8220;AI allows us to explore solutions rapidly, providing insights that would traditionally take months to discover.&#8221;








One Single Source of Truth



For more than 13 years, Dassault Systèmes has introduced the 3DEXPERIENCE platform to capitalize on the potential of virtual twins. This data-driven platform elevates information to knowledge and expertise, making it accessible and reusable across various domains.



Some key features:




&nbsp;Data Structuring: Ontologies are used to intelligently structure data, enhancing its usability.



&nbsp;Integration of Real and Virtual Data: By combining real-world usage data with virtual models, the platform delivers comprehensive insights for decision-making.












Protecting Industrial Data in the Age of AI



Data protection is paramount as industries leverage AI for innovation. Data anonymization ensures that proprietary industrial knowledge remains secure while benefiting from AI advancements.



Data Security Strategies




&nbsp;Anonymization Techniques: Used in sectors like healthcare, these techniques protect sensitive data while enabling advanced simulations.



&nbsp;Proprietary Data Utilization: AI is trained on industrial data for the exclusive benefit of its originators, ensuring competitive advantage.




Ready to embrace the Generative Economy



Dassault Systèmes prepares industries for a generative economy, where the focus shifts from products to experiences, with a new factor in the balance: circularity. By leveraging AI and virtual twin technology, engineers and designers can innovate sustainably, reducing development cycles and enhancing operational excellence.




AI gives engineers superpowers to accelerate product development, reduce life cycles, and optimize production.Olivier SAPPIN, CATIA CEO








As industries face increasing demands for competitiveness and sustainability, adopting these advanced technologies becomes imperative. Watch our latest webinar to learn how you, as an industrial company, can harness generative AI for your business needs.



And explore how CATIA transform your design and decision-making processes by integrating AI and virtual twins into your operations.
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      <title>
      <![CDATA[ Fueling the Future of Energy ]]>
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      <link>https://blog--3ds--com.apsulis.fr/brands/netvibes/fueling-the-future-of-energy/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/274041</guid>
      <pubDate>Thu, 28 Nov 2024 08:47:03 GMT</pubDate>
      <description>
      <![CDATA[ Discover how a leading company in the energy sector is powering a carbon-neutral future through electricity with NETVIBES data science solutions on the 3DEXPERIENCE© platform.
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      <![CDATA[ 
CHALLENGE



A multinational leader in the energy sector found that data silos were making it difficult to manage costs, make accurate, timely decisions and avoid project delays. The company needed a 360-degree view of its assets, along with analytics and monitoring dashboards to help strengthen plant performance. In addition, it wanted a single source of truth that would help it optimize its engineering projects and boost overall competitiveness.



SOLUTION



The company chose NETVIBES data science solutions on the 3DEXPERIENCE platform to help it manage its capital projects with precision. Asset Information Intelligence solutions provide it with a single source of truth, powerful data analysis and real-time insights, along with enhanced collaboration capabilities.



BENEFITS



Users are able to make better decisions, backed by the insights that come from connected data analytics. Real-time visibility on program data, coupled with a dashboard view that contextualizes knowledge, documents and resources, has enabled the company to drive more efficient project management, accelerate project delivery and reduce construction and operating costs.







Paving the Way for Sustainable Power



A carbon-neutral energy future through electricity – that is the mission of one multinational leader in the energy sector. To help achieve it, the company is building and operating several energy plants.



In capital projects like these, even the smallest problem can cause long delays and cost overruns – all of which deter customers and governments, whose backing is crucial. However, it was difficult for the organization to avoid these issues because project data was spread across many different systems and directories. This caused a lack of visibility over millions of complex data items for equipment to be manufactured, installed and tested. It made it difficult for engineers to identify issues and next steps, or to see the impact their decisions would have in other areas like purchasing, subcontracted studies or on site. As a result, previous projects had encountered delays and extra costs.



Breaking down those data silos was essential to optimize the company’s control of engineering process. As well as bringing its data together, it wanted to be able to analyze it and visualize it in a way that would help project managers:




understand how to deliver each project on time, on budget and on specification,



draw on past experience to continuously improve planning and minimize errors,



identify potential risks ahead of time and take effective measures to reduce them.




The company had previously implemented NETVIBES data science solutions to provide change management dashboards and 360-degree views of assets. Next, it chose NETVIBES Asset Information Intelligence solutions on the 3DEXPERIENCE platform, to create a virtual twin of its program management that would incorporate key performance indicators (KPIs) and support precise dashboards to show project progress.



A Single Source of Truth



At the heart of the solution, NETVIBES integrates data from the company’s main IT systems and delivers a complete, dashboard view of assets and construction progress. It orchestrates all the information around an object, asset or process – including 3D and 1D drawings, metadata and documents – and makes it available in the context the user needs.



NETVIBES collaborated closely with the organization to develop a proof-of-value application that combined on-premise data in the 3DEXPERIENCE platform with data science capabilities in the cloud. This allowed the company to see how the solution would work, and how it could meet both their current and future project visibility needs.



In particular, the solution stood out from competing offers because it allows the company to connect natively to all its data and gain real-time insights from it. Collaboration would be easier, since the 3DEXPERIENCE platform was designed to help disparate teams work together.



Mastering Requirements Management



Making the data intuitive has made all the difference, and that is where the solution’s semantic graph index (SGI) cloud comes in. It makes it possible to manage and cross-examine data from different sources and present the information in a way that makes sense to individual users and their job role. Having instant access to the right knowledge, processes and documentation has helped the company to enhance its capital project management in several ways.



One priority in the client roadmap is to be able to project KPIs onto the virtual twin, in effect building them into the project from the start. Users will be able to analyze the maturity of requirements and explore how they relate to objects in the system, in alignment with business rules. This would enable the organization to improve its management of requirements monitoring, carry out basic and detailed design reviews and validate the different construction phases of its energy power plant projects.



Historical analysis of requirements could also help users to respond more efficiently to any volatility in requirements. By factoring in the way requirements have evolved during past projects, the solution allows them to draw on the organization’s experience and anticipate future developments.



Intelligent Equipment Assignment



Assigning equipment is one area of project management that should be simple. In reality, it often involves project managers wading through details to identify the appropriate equipment and request it for their project – only to find that the piece they wanted is already in use elsewhere.



NETVIBES simplifies this process by bringing together all the data surrounding the equipment – its 3D representation in the 3DEXPERIENCE platform and the metadata that resides elsewhere. Each piece is cross-analyzed by family, metadata and zoning so that it’s easy to identify the most suitable components and apply them to the project.



With this information provided in a single, dashboard view, the project manager can filter out any equipment that is already assigned before they start their search. Then they can explore the available pieces to find the ones that are suitable for their current project. Once that’s done, they simply select the equipment they need and assign it by dragging and dropping it into the relevant task on the dashboard.



Optimizing Project Control



Having a single source of truth has empowered the company to improve its control of capital projects. For example, threads such as construction, engineering and sourcing all happen on different timelines throughout a project, but they are all critical when it comes to meeting deadlines and budget commitments. NETVIBES puts all these threads into context so that managers can anticipate and control project delays.



Predicted delays for ongoing projects are explained using similar past cases and recurrent behaviors that have been identified. By visualizing recurrent behaviors through time, the solution also indicates whether they are still relevant or have already been addressed – a crucial distinction for project managers who are deciding on their next steps.



As a result, the organization can create project plans much faster and optimize them in terms of objectives such as time, risk and resources, while aligning with established best practices and standards. Risks are minimized because the solution uses previous capital projects to identify them early on, so project managers can generate a timely mitigation plan.



Powering a Carbon-neutral Future



By using NETVIBES to break down silos and integrate data on the 3DEXPERIENCE platform, the company has created a single source of truth that helps it to keep capital projects on track. The real-time insights and enhanced collaboration that the solution provides are driving more efficient management and tighter control, enabling faster delivery of projects and reduced construction and operating costs. As the organization looks ahead, these capabilities are helping it to build the foundation for more sustainable power provision.



“It is critical for managers to have access to all information generated by an energy power plant project, including pumps and all data for a given asset,” said Morgan Zimmermann, CEO of Dassault Systèmes NETVIBES. “As a single source of truth for all data in the platform, NETVIBES empowers the company to make better project decisions. In addition, other stakeholders can see project status at a glance, without having to dive deep into the platform.”




It is critical for managers to have access to all information generated by an energy power plant project. As a single source of truth for all data in the platform, NETVIBES empowers the company to make better project decisions.
Morgan Zimmermann, CEO of Dassault Systèmes NETVIBES



Learn More Here



Download the eBook&nbsp;to discover more NETVIBES data science solutions in action!




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      <title>
      <![CDATA[ Q&amp;A: How GEOVIA is Reimagining Mining Efficiency ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/brands/geovia/qa-how-geovia-is-reimagining-mining-efficiency/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/272597</guid>
      <pubDate>Tue, 12 Nov 2024 18:29:05 GMT</pubDate>
      <description>
      <![CDATA[ The mining industry is on the cusp of a digital revolution. GEOVIA, a company with a long history in 3D design and geological modeling, is at the forefront of this change. By leveraging the power of parametric design and virtual twins, GEOVIA is helping mines operate more efficiently and sustainably. Company CEO, Mauro DELLEMONACHE explains how this technology is transforming the way mines operate, from reducing environmental impact to optimizing resource extraction.
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      <![CDATA[ 
GEOVIA CEO, Mauro DelleMonache in conversation with Lindsey Schutters, editor at Bizcommunity.com



The mining industry is on the cusp of a digital revolution. GEOVIA, a company with a long history in 3D design and geological modeling, is at the forefront of this change. By leveraging the power of parametric design and virtual twins, GEOVIA is helping mines operate more efficiently and sustainably. Company CEO Mauro DelleMonache explains how this technology is transforming the way mines operate, from reducing environmental impact to optimizing resource extraction.



So, you primarily serve the mining industry? What kind of solutions do you offer?



Yes, mining is our focus. We&#8217;ve been helping the industry visualize and manage resources for a long time. This includes everything from underground deposits to pit design, all brought to life in 3D and virtual twins. Traditionally, we offered desktop-based software for mine engineers and geologists.



You mentioned an evolution from desktop applications to cloud-based solutions. Can you elaborate on that?



Over the past few years, we&#8217;ve been aligning ourselves with the cloud revolution. Cloud computing offers vast storage and processing power, allowing us to run more complex simulations. This is key for the future of our technology. One of the biggest benefits is the concept of a &#8220;single source of truth&#8221; &#8211; a consistent, secure, and collaborative model accessible to everyone involved in a project.



Transitioning to the cloud sounds like a significant undertaking. How did you manage the switch, and what are the challenges for the mining industry?



It&#8217;s an ongoing process. Internally, we&#8217;ve had cloud capabilities for a while, serving various industries that have readily adopted cloud-based solutions. However, the mining industry presents unique challenges. Many mining operations are remote and conservative, making them hesitant to move data off-site.



How do you convince these cautious mining companies to embrace the cloud?



Education plays a big role. We showcase the benefits of the cloud, including reduced infrastructure and maintenance costs. We&#8217;ve even seen instances where clients initially requesting on-premise deployments ultimately opted for the cloud after considering bandwidth and overall cost efficiency.



What is the impact of the PGM (Platinum Group Metals) crisis on digital adoption in mining?



The PGM crisis is a major challenge, but it also highlights the need for Africa to position itself for the future. While short-term decision-making based on commodity prices is common, a shift towards longer-term planning is crucial. GEOVIA&#8217;s technology can support this shift through data-driven insights and future-oriented resource management.



Digital twins sound fascinating. Do you help clients with the entire IoT network setup, or do your solutions integrate with existing ones?




As a software company, our core focus is not on building the entire IoT network for clients. However, we&#8217;re recognising a shift. Clients increasingly need more than just software implementation; they seek ongoing support throughout the digital journey. My team has strong domain expertise, and we&#8217;re adapting to offer consultancy services alongside software deployment. This ensures clients get the most out of our technology.




For instance, one client expressed a clear desire for on-site support to leverage the full potential of our solution. This highlights the need for a more holistic client engagement model, going beyond just software sales and installation.



This comprehensive approach makes sense, especially considering the complexities of mine management. Will we see companies like yours embed more regional agents to cater to client needs?



Absolutely. The mining industry thrives on a local touch. While the industry is definitely moving towards automation with driverless trucks and other advancements, the human element remains crucial.




Interestingly, these technological advancements don&#8217;t necessarily reduce workforce needs. They create a demand for new skillsets, both within mining companies and in supporting industries.




We&#8217;re committed to deploying personnel to mine sites while leveraging technologies like our digital twins to maintain strong client engagement. Ultimately, the mining industry remains a &#8220;people business&#8221; where community plays a vital role.



Geologists using your software now need additional knowledge, perhaps even programming, to navigate local network issues. How is GEOVIA addressing this skills gap?



You&#8217;re spot on. This skills gap is a major focus for GEOVIA. One of our strategic priorities is building a robust education program with the future in mind.




We’re transitioning from selling desktop software to geologists to providing entire platforms that consider the geological model. This necessitates a shift in university curriculums to equip future professionals with the necessary skills. We can play a role in shaping these curriculums to prepare students for the evolving mining landscape.




AI disruption is a concern for many industries. How do you see AI impacting the future of your solutions?



AI, particularly large language models, has immense potential for training and education in the mining sector. However, deploying AI in real-world mine environments requires a science-based approach.



We can&#8217;t rely on a &#8220;black box&#8221; AI that makes decisions without scientific grounding. Explainability and adherence to first principles are crucial for trust in AI-powered solutions.



There&#8217;s definitely a place for AI optimisation, though. Imagine automating drafting tasks by feeding specifications into the system. We see this potential in our training business.



Instead of just selling software and offering basic training, high-quality content combined with a strong AI layer can provide a superior value proposition. Users can access information and support through AI-powered assistants exactly when they need it.



This highlights the exciting possibilities of AI integration within the technology stack.




Parametric design allows interconnected components within a model. Changes in one area automatically update other parts of the model, ensuring consistency. This approach is particularly valuable when combining multiple models to create a unique virtual twin




Did this require significant software development changes?



While leveraging existing algorithms, our development team had to recode them to enable parametric design functionality within the broader GEOVIA software suite. This is an ongoing process with new releases planned over the next few years.



How are you addressing latency challenges in remote locations?



We&#8217;re working with network providers to improve overall network robustness, but data sovereignty regulations are a major consideration. While Africa is a promising market, we need to achieve scale before deploying in-country servers.



Are you excited about new network opportunities like satellite deployments?



Our team is pragmatic. While these advancements are positive, security remains a top concern. We offer both cloud and on-premise solutions, allowing clients to choose based on their specific needs and security considerations.



How are you helping clients navigate environmental concerns and achieve their climate goals?



By optimising operations through simulation, technology can minimise unnecessary resource movement, leading to reduced environmental impact. Additionally, we&#8217;re exploring the concept of &#8220;virtualising&#8221; permitting regulations.



Imagine integrating regulatory data into the virtual twin, allowing real-time monitoring of adherence to environmental regulations. This &#8220;Sustainable Land Management&#8221; capability is still under development, but we&#8217;re seeking partners to collaborate on this project.



Can you elaborate on how real-time monitoring and &#8220;what-if&#8221; scenarios factor in?



The virtual twin allows clients to monitor operations in real-time and run simulations. These simulations can test various scenarios to ensure adherence to social licenses, environmental regulations, and profitability targets.



Who are your main competitors?



The competitive landscape is evolving. Traditional desktop software providers were once our main rivals. However, as we move into the digital twin space, collaboration with these companies becomes more relevant.



There&#8217;s a potential for combining our optimisation capabilities with the valuable data these competitors generate, ultimately benefiting the client.







Community is a place for GEOVIA users – from beginners to experts and everyone in between – to get answers to your questions, learn from each other, and network.&nbsp;Join our community to know more:



GEOVIA User Community&nbsp;–&nbsp;Read about industry topics from GEOVIA experts, be the first to know about new product releases and product tips and tricks, and share information and questions with your peers. All&nbsp;industry professionals are welcome to learn, engage, discover and share knowledge to shape a sustainable future of mining. &nbsp;



New member?&nbsp;Create an account, it’s free!&nbsp;Learn more about this community&nbsp;HERE.
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      <title>
      <![CDATA[ Accelerating Innovation and Sustainability in Packaging Design ]]>
      </title>
      <link>https://blog--3ds--com.apsulis.fr/brands/netvibes/accelerating-innovation-and-sustainability-in-packaging-design/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/272306</guid>
      <pubDate>Tue, 12 Nov 2024 15:03:25 GMT</pubDate>
      <description>
      <![CDATA[ Discover how a leading company in the food and beverage industry optimizes packaging development with NETVIBES data science solutions on the 3DEXPERIENCE© platform.
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      <![CDATA[ 
CHALLENGE



Companies in the food and beverage industry must strike a delicate balance. They need to provide sustainable packaging, ensure regulatory compliance and meet ever-changing consumer demands – while making sure they can deliver projects on time and on budget. To achieve that, it is critical to ensure real-time insights into the data and contextual knowledge required to make decisions during the packaging development process.



SOLUTION



To enable those insights, a leading global company needed to unify structured and unstructured data that existed across separate systems. This would create a single set of actionable data perspectives that were tightly integrated into its development platform. It chose NETVIBES data science solutions on the Dassault Systèmes 3DEXPERIENCE platform to bring that vision to life.



BENEFITS



Innovation is accelerated as packaging developers can search for projects with similar attributes and reuse successful elements, including pallet design and certification. Guidance on next steps, with associated data and documents to hand, helps to optimize project efficiency. This has improved “first time right” packaging decisions and reduced the need for costly re-engineering efforts, delivering a potential 30% increase in packaging development efficiency.







Pioneering Packaging



In the fast-moving, highly competitive food and beverage industry, market leadership is as much about bottles, cans and boxes as the products inside them. Designs are refreshed increasingly often as companies strive to delight consumers – and as well as looking good, they must also be fit for purpose.



For one global leader in this industry, innovative bottle design goes hand in hand with exceptional quality and sustainability. As well as being visually appealing and pleasant to hold, each bottle must also be sustainable, made from recycled and recyclable materials. The lighter the bottle is, the more it will help to reduce carbon emissions, but it also needs to be strong enough to withstand shocks. The way the bottles will fit onto a pallet for transportation is also a critical factor. A competitive edge comes from combining all these elements in a way that is cost-effective and can be produced fast enough to beat competitors to market.



The company knew that it had volumes of data from previous package designs that could provide a rich source of information for new ones. If packaging designers could reuse that information, they would be able to innovate faster, replicate past successes and make sure failures weren’t repeated – while reducing the amount of physical testing needed to get the design to market. However, these valuable resources were scattered across different systems and network drives. Developers would struggle to find the knowledge they needed – if they knew it was there at all.



Digitalizing its development processes held the key for the company to overcome these obstacles. It wanted to bring all its data together in one place and make it easy for packaging engineers to search, access and understand.



“To become even faster, stronger and better, we are constantly looking for ways to improve how we design packaging, and digitization will be a key element of how we achieve this,” said a beverage packaging lead at the food and beverage provider. “My vision is an integrated packaging development system – a digital workflow which automatically guides all packaging developers through the right steps in the process, provides them with the right digital tools and simulations to be able to quickly assess and evaluate packaging, and enables them to mine the huge data history we’ve accumulated over the years.”



The company chose NETVIBES data science solutions, on the 3DEXPERIENCE platform from Dassault Systèmes, to make that vision a reality.




My vision is [&#8230;] a digital workflow which automatically guides all packaging developers through the right steps in the process, provides them with the right digital tools and simulations to be able to quickly assess and evaluate packaging, and enables them to mine the huge data history we’ve accumulated over the years.
Beverage Packaging Lead 







Shifting from Physical to Digital



Packaging design involves a lot of prototyping and testing. Carrying out this work with physical objects takes a lot of time and materials, as well as generating significant waste. By shifting the emphasis away from physical processes towards digital ones, the organization would be able to accelerate innovation and improve its sustainability performance.



To digitalize its packaging development, the company needed to harmonize data across the value chain. This would allow different teams to work on the same virtual model, using past and present design data to develop, simulate and test new bottles. It chose the 3DEXPERIENCE platform to support that shift after a proof-of-value project showed it could deliver a 30% increase in packaging development efficiency.



As well as uniting virtual and real-world digital data, the platform allows the company to create a virtual twin for each packaging design and integrate upstream and downstream tools and systems. This means that users across the value chain can access the virtual model of each design and see how their decisions fit into the bigger picture. Engineers can use it to run predictive simulations early in the design process, so they make the right decisions and reduce the need for line tests.



“It’s important to have a single entry-point to access all the simulation software tools and models,” said the company’s director of data science and analytics. “The 3DEXPERIENCE platform does that and enables businesses to collaborate, connect and scale.”




The 3DEXPERIENCE platform [&#8230;] enables businesses to collaborate, connect and scale.
Director of Data Science and Analytics



A Head-Start on New Designs



Data is only useful if it is searchable, understandable and actionable in the context each user needs. NETVIBES data science solutions make that possible by visualizing data from systems across the organization in the platform. This helps to optimize innovation in several ways.



At the start of a new design project, the solution provides intelligent search capabilities so designers can search using structured data or unstructured data. By viewing the information in context, they are better able to make decisions that will improve product quality while saving time and money.



For example, 3D geometric search allows the packaging design engineer to match their new design with similar shaped bottles that already exist across the company’s brands. They can then select the closest matches and compare specific attributes, to see where close similarities could allow them to reuse existing data – such as the materials used, pallet pattern and certification.



All this knowledge is accessed in one place so designers can review it, understand how successful the measures were and decide whether to reuse them for the new bottle. If the answer is yes, then they can quickly create a project using all the relevant content from previous projects, including component materials, engineering bill of materials, suppliers and reference documents. Then they can simply modify these elements as part of their new design. This cuts out a lot of research, trial and error early in the design process, helping to get the foundations right and prevent problems later.



Intelligent Project Execution



Innovation may start with a new idea, but its success depends on how efficiently the project can be brought to market. That efficiency gets a significant boost when all the relevant data is available at engineers’ fingertips.



For instance, running deliverables reports on past projects allows users to quickly find and reuse associated data linked to specific tasks. This helps them understand exactly what happened and when, including any issues, risks and budget involved, so they can reuse the successful parts and avoid any pitfalls.



Essentially, the company now has a system that can enhance the project’s efficiency by coaching its users team every step of the way. Everything they need, including deliverables, status and associated documentation, can be accessed from a single dashboard. They can drag and drop tasks from their to-do list to “in process” or “completed” fields. And instead of hunting among directories for the information they need – or assuming it doesn&#8217;t exist – they can instantly access the relevant templates to complete tasks like ship-and-stack tests, quickly and accurately.



Powering the Future of Packaging



For the food and beverage company, NETVIBES has already delivered significant value. It provides a unified view of data from different systems that allows development teams to search, understand and reuse information embedded across the value chain in an intuitive way. Stronger, more informed decisions have resulted, as lessons learned from past designs and physical tests are seamlessly woven into new projects.



With a fully digital, integrated packaging development system to work with, packaging engineers can now focus their time on true innovation work. This is enabling them to bring exciting, customer-centric packaging ideas to market faster, while hitting quality targets and optimizing cost. In fact, the company is looking at design efficiency gains of 30%.



This is also a solution that will power the packaging innovations of the future. By digitally accelerating innovation, the company believes that it will also allow research and development teams to work on larger projects around processing and packaging. Ultimately, it believes the technology has the flexibility, scalability and interoperability to provide an end-to-end platform that connects its R&amp;D to the supply chain.



“We are delighted to have helped our customer achieve its vision of an intuitive and optimized bottle development process, which was not possible with its existing technology,” said Morgan Zimmermann, CEO of Dassault Systèmes NETVIBES. “The company challenged us to be forward thinking, to understand its packaging engineers’ decision-making processes and to prove the value of our solution every step of the way. In response, we provided relevant use cases that accelerated the timeline for solution adoption and delivered immediate value.”




We are delighted to have helped our customer achieve its vision of an intuitive and optimized bottle development process, which was not possible with its existing technology. We provided relevant use cases that accelerated the timeline for solution adoption and delivered immediate value.
Morgan Zimmermann, CEO of Dassault Systèmes NETVIBES



Learn More Here



Download the eBook&nbsp;to discover more NETVIBES data science solutions in action!




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      <![CDATA[ Maximizing Mining Value with the 3DEXPERIENCE platform ]]>
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      <link>https://blog--3ds--com.apsulis.fr/brands/geovia/maximizing-mining-value-with-the-3dexperience-platform-2/</link>
      <guid>https://blog--3ds--com.apsulis.fr/guid/272265</guid>
      <pubDate>Thu, 07 Nov 2024 18:22:37 GMT</pubDate>
      <description>
      <![CDATA[ The platform integrates and automates mining processes, dismantles silos and enables executives to focus on higher-value areas and optimized geotechnical, economic, productivity and ESG parameters. The optimization ensures positive cash flow or net present value (NPV) while adhering to sustainability and compliance goals.
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      <![CDATA[ 
By Ralph SMITH, GEOVIA Sales Expert – Management Director, Dassault Systèmes



Traditionally, mining processes were manual, with strategic planning conducted by engineers across various disciplines using Excel while managing data in silos. The Dassault Systèmes’ 3DEXPERIENCE platform leverages the existing mining engine to introduce a cloud-based simulation layer on top of it to democratize data.



The platform integrates and automates mining processes, dismantles silos and enables executives to focus on higher-value areas and optimized geotechnical, economic, productivity and ESG parameters. The optimization ensures positive cash flow or net present value (NPV) while adhering to sustainability and compliance goals.



Offering a comprehensive, multidimensional risk overview, the 3DEXPERIENCE platform exceeds traditional manual planning methods. Miners can run thousands of simultaneous simulations across different sensitivities and scenarios, testing multiple inputs for a more efficient and comprehensive planning approach.



Automation via the 3DEXPERIENCE platform increases transparency in strategic mine planning. Simulations reveal the effects of variables and help adapt strategies for the present and future challenges, addressing issues such as price variations, supply chain interruptions, rising fuel costs and ESG to secure immediate cash flow and long-term profitability.



Three case studies illustrate how the 3DEXPERIENCE platform enables miners to pursue value continuously.



Optimizing reserves and strategic mine planning



A greenfield mine in the Asia-Pacific region mines 72 thousand tons of copper and gold ore per day. The challenge was pinpointing the optimal mining footprint by evaluating various production and development rate scenarios, aiming to align reserves with ideal mine size, production targets, and development rates.



The overall goal was sustainable results, optimizing key economic indicators such as net present value (NPV), internal rate of return (IRR), and capital expenses within the strategic mine plan.




Using the 3DEXPERIENCE platform, the company managed to optimize reserves across different cutoff levels, deprioritizing lower-value areas to focus on higher-value regions earlier in the project, thus securing faster and more assured cash flow.








The company refined their strategies by simulating diverse production plans, incorporating varying inputs alongside different development rates and production targets. They conducted 500 realistic simulations within just 16 hours, which increased the NPV by 35 percent over the base case.



They also identified several high-potential production and development rate scenarios as attractive alternatives, significantly benefiting the bottom line and enhancing the long-term sustainability of the strategic mining plan.











Solving multi-pit challenges



For a greenfield open pit mine mining between 62 to 100 million tons per annum of copper and gold, the challenge was to boost the operation’s viability and strengthen confidence in its long-term potential.



The project included three mines sharing a single process system. Early on, it was crucial for the company to identify optimal reserves and establish mine-friendly design phases. Determining the best production scale for each mine and pinpointing the optimal pre-stripping investment were key challenges. A critical task was also finding the most suitable location for the processing plant and maximizing the NPV of the strategic mine plan for the entire mining complex.




By leveraging the 3DEXPERIENCE platform, the company effectively navigated these challenges, identifying the best phases and production scales by considering all cost options, including capital and operational expenses, along with pre-stripping investments. The platform also facilitated the identification of the optimal plant location.








By analyzing 75,000 simulations over just five weeks, the company achieved a 42% increase in NPV compared to the base scenario, significantly enhancing the bottom line and solidifying confidence in the mine’s long-term viability.



Reducing stripping ratio and costs and enhancing NPV



The project involved a brownfield open pit mine that extracts 56 million tons of iron ore in the Asia-Pacific region per annum. The engagement with Dassault Systèmes using the 3DEXPERIENCE platform aimed to increase project potential, enhance decision-making confidence, and evaluate expansion alternatives.



The main challenges included optimizing the planning for two mines sharing a process plant but constrained by transportation methods for concentrates, simplifying phase design, and accurately assessing the impact of enhanced production under varying market conditions. Additionally, resolving production interruptions presented another significant challenge, emphasizing the need for robust operational strategies.




The 3DEXPERIENCE platform enabled the company to optimize reserves, enhance phasing, and reduce costs. The operation sequence of the two pits was refined, and to decrease the stripping ratio, 30,000 simulations were conducted for multiple inputs within just a month.








Ultimately, the stripping ratio at the first mine was reduced by 16%, and at the second mine by 24%. Cash flow at the second mine increased by 29% to US$146 million, while at the first mine, it increased by 42% to US$85 million. An increase in NPV to US$231 million was also achieved.



The 3DEXPERIENCE platform is pivotal in running thousands of simulations with limited initial data to establish a solid base case for a bankable feasibility study, delivering accurate and realistic results.



The platform facilitates the simulation of various theoretical scenarios and understanding their potential impacts, and it is essential in dynamically refining the strategic mine plan throughout the project’s life. This approach ensures the project’s short-term profitability and long-term sustainability, aligning with ESG standards.







Community is a place for GEOVIA users – from beginners to experts and everyone in between – to get answers to your questions, learn from each other, and network.&nbsp;Join our community to know more:



GEOVIA User Community&nbsp;–&nbsp;Read about industry topics from GEOVIA experts, be the first to know about new product releases and product tips and tricks, and share information and questions with your peers. All&nbsp;industry professionals are welcome to learn, engage, discover and share knowledge to shape a sustainable future of mining. &nbsp;



New member?&nbsp;Create an account, it’s free!&nbsp;Learn more about this community&nbsp;HERE.
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