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Agreements around construction management for the Green Plains Inc.’ Advantage Nebraska project were recently approved. Now that this step has occurred, the major equipment which will make it possible for the project to capture carbon from its Nebraska facilities has been ordered. Once the order arrives, the equipment will quickly be installed at the company’s Central City, Wood River and York, Nebraska locations. As well as this, the technology has been sized to accommodate the potential for post-combustion carbon capture and increased production. Altogether the facility will have an overall carbon capture capacity of an estimated 1.2 million tons. The article below depicts the steps this project is taking to develop and advance, in order to have more of a presence and effect within the carbon capture industry. Interested in attending North America's largest conference dedicated to Carbon Capture? Sign up to our newsletter to keep updated. Register here: https://lnkd.in/gdZwUyPp Want to know about the Carbon Capture Technology Expo and which companies are attending? Visit our website here: https://www.ccus-expo.com/ #CCUS #CCS #Carbon #Hydrogen #Sustainability #CleanEnergy #Technology #CCUS2024 https://lnkd.in/eCRufhry

However, scientists are concerned about the potential downfalls that could come with the rollout of solar pumps, which must be mitigated to ensure projects are successful. One challenge is the potential overexploitation of the solar system, which could lead to the depletion of already scarce water sources. This is of particular concern in arid locations in parts of Asia, the Middle East and the U.S. Professor Alan MacDonald, the head of groundwater at the British Geological Survey explained, “I would invite everyone to see this “solar groundwater pumping revolution” in terms of equity. Through that lens, we have the chance to ensure that this precious resource is sustainably and fairly unlocked to all those who are still waiting for a safe and reliable water supply.” While there are major challenges to address when considering the widespread rollout of solar-powered water pumps in arid areas of the world, they could provide the green infrastructure needed to ensure millions of people have access to clean drinking water.

My ABSTRACT for the World Water Day 2024 Celebration by Fed. MES https://www.mes.org.mm/ on 23 Mar 2024! Presentation is on the way :-) ABSTRACT This seminar talk by Prof. Dr. Khin Ni Ni Thein aims to establish an effective communication among all Myanmar engineers on the subject of the role of engineers in crafting a sustainable future with a focus on Water for Peace by both male and female engineers. Hope to contribute significantly advancing this dialogue and inspiring action within the Myanmar engineering community. Also to reintroduce Hydroinformatics as it was created by Prof. Dr. M.B. Abbott (IHE, Delf) in 1991 and later co-developed by the International Hydroinformatics Community. It's essential to recognize the interconnectedness of water management, peacebuilding, and sustainable development, and to empower engineers to lead in finding innovative solutions to these complex issues. The multi-dimensional nature of water management and the interconnectedness of various disciplines in addressing this critical issue requires innovative solutions rooted in water sciences, encompassing natural, social, and spiritual dimensions, are indispensable for nurturing peace and sustainability. Access to clean water stands as a cornerstone of human rights and societal stability. Engineers occupy a pivotal position in crafting sustainable water infrastructure to uphold equitable distribution and conservation of this invaluable resource. Technologies such as desalination, water recycling, and smart management systems including AI herald a paradigm shift in combating water scarcity and conflict. Simultaneously, gender equality, water diplomacy, and spiritual enlightenment, fostering empathy and compassion, stand as indispensable pillars alongside technological advancements. Recognizing the holistic nature of water management, embracing diversity, and fostering inclusivity are vital for fostering resilience and harmony in our societies. We utilize Hydroinformatics tools as integral components in this endeavor. By intertwining scientific innovation with social and spiritual awareness, we can forge a path towards a future where clean water serves as a beacon of unity and prosperity for all. By harnessing innovation and cooperation, we can engineer a future where access to clean water becomes a catalyst for peace and prosperity on a global scale. The cornerstone of this vision lies in the evolution of Hydroinformatics, for example, https://lnkd.in/gKNPhnjM, involving both the technical and social aspects of development of new kinds of Decision Support Systems. This innovative approach integrates advanced computational techniques with water science and engineering principles to enhance decision-making processes. By embracing innovation and cooperation, we can engineer a future where access to clean water becomes a catalyst for peace and prosperity, societal well-being and environmental harmony on a global scale.😇

The U.S. Department of Energy (DOE) has announced a significant investment of $75 million to advance desalination and water reuse technologies. This funding aims to lower the costs and energy usage associated with water purification, marking a crucial step towards modernizing America's water infrastructure. ATLAS-SSI is proud to be at the forefront of this initiative, providing state-of-the-art water intake and screening solutions that are integral to the operation of desalination facilities across the United States. Our technologies play a pivotal role in ensuring that desalination plants can efficiently convert seawater into potable water. By effectively removing debris and particulates from the water before it enters the treatment process, our solutions protect vital plant equipment, preventing costly repairs and downtime. This reliability is essential for maintaining a consistent supply of clean water, especially in regions facing severe water scarcity. Additionally, our fish-friendly screening options align with environmental regulations, safeguarding marine life and promoting sustainability. ATLAS-SSI's commitment to enhancing desalination processes goes beyond just providing equipment. We offer customizable screens tailored to the specific needs of each facility, ensuring optimal performance and efficiency. Our ongoing support and maintenance services guarantee that our equipment remains effective over the long term, supporting the desalination plants' goal of addressing global water scarcity. By contributing to the DOE's vision of a sustainable water future, ATLAS-SSI helps ensure that communities have access to the clean water they need while protecting our natural ecosystems. 🔗 Learn more: https://lnkd.in/gaWxpMAh #Desalination #WaterReuse #SustainableSolutions #WaterTech #ATLASSSI #DOE

Today's Learning! Green House Gas Study https://lnkd.in/gn6EFckS #ghgemissions #environmentalimpact #eia #energyefficiency #climateaction #sustainability #environmentalmanagement #carbonfootprint #emissionreduction #capex #opex #regulatorycompliance #industrystandards #greendesign #climatechangemitigation #projectmanagement #environmentalstewardship #engineeringconsultancy #engineeringconsultants

Great news for #teesside and #merseyside - The UK Government announced plans to invest £21.7bn to subsidise three projects on Teesside and Merseyside to support the development of Carbon Capture and Storage clusters, including the infrastructure to transport and store carbon. It will also support two transport and storage networks carrying captured carbon to deep geological storage in Liverpool Bay and the North Sea. The government said the move would give industry confidence to invest in the UK, attracting £8bn of private investment, directly creating 4,000 jobs and supporting 50,000 in the long term. #netzero #ESG #sustainability https://lnkd.in/eCS9TVWx

Canada is going to be home to the world’s first carbon removal facility 🌎.    And it will be able to capture 30,000 tons of CO2 over a decade.     To help us achieve net-zero emissions by 2050, Deep Sky Labs – a Canadian carbon removal developer company – has announced its plans to build a one-of-a-kind carbon removal innovation and commercialization center.     Strategically located in Innisfail in central Alberta, the facility will look to develop scalable, low-cost, and low-energy carbon dioxide removal solutions.    Construction on the five-acre site is getting underway imminently, with the facility hoping to open by the end of the year.    “I cannot overstate the significance of the world’s first carbon removal innovation and commercialization center and what this means for Canada and our planet at large.    This project represents a world first and serves as a testing ground from which the nascent industry can grow into Canada’s multi-trillion-dollar enterprise.” - Damien Steel, Deep Sky CEO.    What are your thoughts on this impressive development?    Read more on the facility here: https://lnkd.in/efUW3Tg4    #EnergyManagement #Sustainability #Recruitment 

MiDAS Green Innovations and ESRI - Energy Safety Research Institute are collaborating on a #sustainable approach to carbon capture, utilization, and storage (#CCUS) in conjunction with Clean Air Tech. To achieve effective #decarbonisation of #UKindustry, the new #UKgovernment, led by The Labour Party, must prioritize innovative solutions like this. Read more about their groundbreaking efforts here: https://lnkd.in/ewCBVUhu

Riding the winds of change towards a more sustainable future, one breeze at a time! Happy Global Wind Day From INARA! 🌬️♻️ DT Global USAID #INARA #USAIDLebanon #GlobalWindDay #ClimateCrisis #ClimateChange #RenewableEnergy #hydropower #Water #Infrastructure #Technology #EnvironmentalImpact 

Located northwest of Ordos City in Inner Mongolia is the Kubuqi Desert, China’s seventh-largest desert. Spanning 18,600 square kilometers, it was once rich with grasslands and forests. Throughout the 1900s, the Chinese government began efforts to reverse desertification and restore the environment. In the late 1980s, China introduced alternative energy projects in the desert’s more barren areas. One such effort is the Kubuqi 2000-megawatt Photovoltaic Desertification Control Project. Once completed, the project is expected to contribute sustainable energy to North China, providing power to more than 1 million households and greatly reducing annual emissions of various pollutants. The United Nations Environment Programme identifies the Kubuqi 2000-megawatt Photovoltaic Desertification Control Project as one of the most successful large-scale modern ecological restoration efforts. The addition of this solar power station infrastructure will have the double benefit of priming the landscape for vegetative growth. Solar photovoltaic panels and brackets can provide resistance to harsh winds and prevent sand drift, and plant life can thrive in the shade between rows of panels. SIDRI used Bentley software for terrain processing, 3D modeling, and structural analysis. While designing this extraordinary project, designers also had to consider how to manage and accommodate tricky desert terrain on a tight deadline. Upon completion, the project will reduce the use of coal by 706,600 tons per year, eliminating 1.93 million tons of carbon emissions, 371 tons of sulfur dioxide emissions, and 415 tons of nitrogen oxide emissions.