Leilac

We’re excited to share a glimpse from our latest panel, “Supporting Parents and Carers: Fostering a Work-Life Balance at Calix and Leilac.” In this segment, our panellists – Daniel Rennie , John Schweizer, Tom Hills and Luisa Serrano – dive into the unique challenges faced by parents and carers in the workplace. They discuss balancing professional and caregiving responsibilities, gender dynamics, and the importance of fostering a supportive environment for everyone. At #Leilac and Calix Limited , we’re committed to implementing policies that make a difference, from flexible working hours to remote work options. Watch this segment to see how we’re creating a more inclusive, family-friendly culture. To watch the full panel and learn more about our commitment to inclusion, visit our website: https://lnkd.in/dpuXKPiP #DiversityInSustainability #Leilac #Calix #WorkLifeBalance #SupportingParents #InclusionAtWork #SustainableInnovation

As countries accelerate their commitment to carbon capture and storage (CCS), we're witnessing rapid growth in #CO2 capture capacity worldwide. The United States and Europe lead the charge, supported by policies like the Bipartisan Infrastructure Act and Net Zero Infrastructure Act. In response, other regions across the globe are following suit, investing in #CCS to help transition away from fossil-fuel dependency and decarbonise hard-to-abate industries. The latest report from the Global CCS Institute finds that CO2 capture projects under construction grew by 57% between 2023 and 2024. This momentum highlights the global trend toward international CCS partnerships and transnational storage initiatives. The Leilac-1 pilot plant, located at Heidelberg Materials cement plant in Lixhe, Belgium, is featured alongside the report's description of the growing political support and momentum for CCS in Europe. Discover the latest insights and advancements in global CCS efforts, as outlined in the Global CCS Institute’s 2024 report: https://lnkd.in/e7eYZap #Leilac #Sustainability #Innovation #CCS #Decarbonisation

The Global CCS Institute has published its 2024 Global Status of CCS Report, highlighting strong growth in #CCS projects across all stages of development. Global #CO2 capture capacity is on track to double to over 100 million tonnes per year, as facilities under construction near completion. Our pilot plant, Leilac-1, is featured on page 48, representing key European initiatives. This report showcases the momentum building globally as governments and industries collaborate to reach net-zero emissions. Read the full report here: https://lnkd.in/e7eYZap Follow us for more updates on how we're working to reduce CO2 emissions globally. #Leilac #CCS #CCUS #Sustainability #Decarbonisation #ClimateAction #NetZero  

Today and tomorrow, the Leilac team, including Daniel Rennie (CEO), Michael Walsh (GM of Corporate Affairs), and Ana Stringhini (Public Affairs & Engagement Manager), will be attending the 4th Industrial Carbon Management Forum in Europe. The #ICMForum is a key event that brings together industry leaders, EU countries, institutions, NGOs, and academia to explore ways to make industrial carbon management a reality in Europe. We’re looking forward to engaging with fellow stakeholders and sharing our insights on advancing carbon management projects across the continent. If you're attending, don’t hesitate to connect with us! #ICMForum #CarbonManagement #Decarbonisation #Leilac #Sustainability #NetZero

Leilac and Calix Limited are proud to present our latest panel discussion, "Supporting Parents and Carers: Fostering a Work-Life Balance at Calix and Leilac," as part of our ongoing #Inclusion and #Diversity Series. Moderated by Lola Quintero Bonet , Thought Leadership and Content Manager at Leilac, the panel features insights from Daniel Rennie , CEO of Leilac; John Schweizer, Communications Manager; Tom Hills Lead for process modelling and technoeconomics; and Luisa Fernanda Serrano Negrete, Integration and Interfaces Lead. During this discussion, our panellists explore the challenges that parents and carers face in balancing their work and caregiving responsibilities. They share personal experiences and strategies for fostering a more equitable and family-friendly workplace. Join us as we continue to champion work-life balance, diversity, and inclusion. Watch the full video here: https://lnkd.in/dVHhmcFN To learn more about the panel and our broader inclusion initiatives, visit our website: https://lnkd.in/dpuXKPiP #DiversityInSustainability #Leilac #Calix #WorkLifeBalance #SupportingParents #InclusionAtWork #SustainableInnovation 

This week, Calix Limited and Leilac welcomed Vast and Mabanaft to our Bacchus Marsh commercial demonstration plant as part of our collaboration on Project ZETA. The project will see the #Leilac technology capture up to 20,000 tonnes of process #CO2 emissions annually. Of this, up to 15,000 tonnes of CO2 will be sold to the Solar Methanol Project to produce green methanol, with additional CO2 potentially utilised by local industry. Project ZETA, supported by a $15 million grant from the Australian Government’s Carbon Capture Technologies Program, aims to construct a world-first, renewably powered carbon capture and use (CCU) demonstration plant in South Australia. As part of the HyGATE initiative, the Solar Methanol Project is being developed in partnership with Vast and German energy company Mabanaft. We are thrilled to see the progress being made toward delivering near-zero emissions lime and advancing #CCU solutions for hard-to-abate industries. Stay tuned to learn more about Project ZETA and our ongoing commitment to decarbonisation! #Leilac #Sustainability #Innovation #decarbonisation

Ahead of Climate and National Clean Energy Week, Jessie Stolark of the Carbon Capture Coalition and David Soll of the Industrial Innovation Initiative (I³) co-hosted a September 19 media briefing on the role of carbon management technologies in addressing emissions in the industrial sector. During the briefing, Ben King of Rhodium Group, Daniel Rennie of Leilac, Rohini Sengupta of United Airlines, and Kevin Pranis of LIUNA briefed members of the media on carbon management technologies and strategies that will be needed to decarbonize heavy industry sectors, including steel, cement, chemicals, and aviation. Read more on our website here: https://lnkd.in/eNUb2iYg

As the impact of climate change intensifies, multiple solutions are needed to address increasing amounts of carbon dioxide (CO2) in the atmosphere. Direct Air Capture (DAC) technology offers a promising pathway to remove legacy and hard-to-abate #CO2 directly from the air, complementing industrial decarbonisation efforts. #DAC is flexible in its deployment, able to operate in various locations without needing to be tied to emission sources like power plants and industrial facilities. This can reduce the CO2 transport infrastructure required and can enable the use of clean and lower cost energy inputs. #Leilac, in partnership with Heirloom , aims to advance DAC technology by providing an efficient method for removing CO2 using low-cost and abundant limestone. At Leilac, we are enabling electric calcination powered by renewable energy, providing an efficient capture solution that avoids the generation of additional CO2. Together, Leilac and Heirloom aim to help scale the DAC industry to mitigate between 1-10 billion tonnes of CO2 annually. With this partnership, Leilac and Heirloom seeks to tackle legacy emissions and help create a more sustainable future. As U.S. Secretary of Energy Jennifer M. Granholm stated, “No matter how fast we decarbonise the nation’s economy, we must tackle the legacy pollution already in our atmosphere to avoid the worst effects of climate change.” Follow us to stay updated on how Leilac and Heirloom are advancing DAC and decarbonisation efforts. #DAC #CarbonCapture #CO2Removal #Sustainability #Leilac #Heirloom #ClimateAction #Decarbonisation

The #Leilac team was pleased to visit Heidelberg Materials’ Ennigerloh cement plant, the host of the Leilac-2 project. This exciting project aims to demonstrate a replicable module capable of capturing up to 100,000 tonnes of unavoidable #CO2 emissions per year produced during the making of cement. Designed to operate on lower cost and lower carbon fuels and to be retrofitted with minimal downtime, the Leilac-2 module aims to pave the way for cost-effective and scalable decarbonisation of cement and lime. The successful relocation of Leilac-2 to Ennigerloh was a result of a collaborative and committed effort from the Leilac-2 project partners. It also highlights the adaptability and replicability of our technology and its potential to be swiftly deployed at other operational cement plants. Future deployment through a modular blueprint constructed by local firms using local resources is designed to accelerate global adoption and support a just transition to net zero. Learn more about our ongoing collaboration with Heidelberg Materials on the Leilac-2 project: https://lnkd.in/gTteKvSN #CarbonCapture #CO2Reduction #CementIndustry #Sustainability #ClimateAction #CCUS #CCS

Once #CO2 is captured from industrial processes, the next crucial step is to securely store it to prevent it from entering the atmosphere. One of the most effective and long-term solutions for this is geological storage. According to the Global CCS Institute, this method has been safely and reliably used for over 45 years to keep CO2 underground and out of our atmosphere. Geological storage involves injecting CO2 into natural underground formations, such as deep saline aquifers or specific rock types that react with CO2, like basalt. These #geological formations are ideal for trapping CO2 securely. In rocks like basalt, the CO2 can mineralise, forming a stable and permanent carbon sink. Storing CO2 underground ensures it remains securely sequestered for thousands of years, preventing its release back into the atmosphere and contributing to long-term climate stability. This approach is crucial for reducing the overall impact of #GreenhouseGases on our climate. While not all locations are suitable for CO2 storage, the right geological conditions are commonly found in many regions around the world. Suitable infrastructure, such as pipelines and injection wells are being developed, with the EU targeting an increase from 50m tonnes of annual CO2 storage capacity in 2030 to 450m tonnes by 2050. These commitments, coupled with abundant suitable geological formations, make permanent storage a safe, practical and sustainable solution for managing captured CO2. As international support for CO2 transport and storage grows, particularly for hard-to-abate emissions from industries like cement and lime, geological storage will continue to play a vital role in global efforts to reduce emissions and combat climate change. Follow us for more Leilac Insights. #Leilac #Sustainability #Innovation #CCUS