Barton & Loguidice’s Post

Explore this intriguing article on the role of protective coatings in enhancing Carbon Capture. #carboncalture #carboline #ProtectiveCoatings

Maintaining hydrogen pipelines presents several key challenges, including preventing hydrogen embrittlement, ensuring material compatibility, and managing the high pressures required for hydrogen transport. These factors necessitate advanced materials and technologies to ensure the safety and efficiency of hydrogen distribution systems.

According to wind direction, The layout of a chemical plant is typically influenced by various factors such as process requirements, safety considerations, and regulatory standards. The wind direction, from east to west in this case, may affect the placement of certain structures like exhaust stacks to minimize the impact of emissions. However, specific details would depend on the plant's design and local regulations.

#Sustainability and #decarbonization requirements have reached all corners of the #petrochemical landscape. In the March 2024 issue of Chemical Engineering Magazine, #LummusTechnology's Rutger Theunissen discusses heat exchangers – an important heating and cooling system for industrial facilities – and their role in sustainable operations. Today’s systems can increase heat transfer efficiency, and reduce utility consumption and maintenance needs, while improving operational performance. Read more: https://lnkd.in/gnAJFSzN

🌟 #Episode 7: #Enhancing #Mechanical #Seal #Capacity #for #Carbon #Capture and #Storage (CCS) #with #Pressure-#Depth #plots Join me in Episode 7 as we explore the critical role of pressure-depth plots in enhancing mechanical seal capacity for Carbon Capture and Storage (CCS) projects, drawing from my journey at the University of Aberdeen. #Mechanical #Seal #Capacity in #CCS: Mechanical seal capacity is paramount in CCS projects to ensure the secure containment of captured CO2. Leveraging insights gained from pressure-depth plots, inspired by our studies at the University of Aberdeen, we assess the sealing capabilities of wellbore components, safeguarding CCS operations and mitigating environmental risks. #Utilizing #Pressure-#Depth #Plots:** Building on our experiences at the University of Aberdeen, we utilize pressure-depth plots to evaluate and optimize mechanical seal capacity in CCS projects. By analyzing pressure gradients and stress conditions, we tailor wellbore design and construction, enhancing sealing efficiency and long-term containment of CO2. #Ensuring #Secure #Carbon Sequestration:** With insights derived from pressure-depth plots, we establish robust monitoring and verification protocols to ensure the continuous integrity of mechanical seals in CCS operations. By proactively identifying and addressing potential leakage pathways, we uphold the safety and effectiveness of carbon sequestration initiatives. Join me as we embark on this journey to enhance mechanical seal capacity for CCS projects, driven by our commitment to sustainable energy solutions and inspired by our experiences at the University of Aberdeen. #PressureDepthPlots #MechanicalSealCapacity #CCS #CarbonCaptureAndStorage #Sustainability #Episode7 #UniversityOfAberdeen #IPG #SEG

As we strive for a more sustainable future, protecting our infrastructure is paramount. One critical technology making a significant impact is cathodic protection Cathodic protection (CP) is a technique used to control the corrosion of metal surfaces by making them the cathode of an electrochemical cell. This method is commonly applied to protect steel structures such as pipelines, water treatment plants, and offshore platforms, ensuring their longevity and operational efficiency Key Benefits of Cathodic Protection: Extended Asset Life Cost-Effective Environmental Protection Reliability As professionals in the field, it's crucial to stay updated on the latest advancements in cathodic protection technologies and best practices. By doing so, we can better serve our industries and communities, contributing to a safer and more sustainable world. Let's continue to innovate and implement effective cathodic protection solutions. Together, we can protect our critical infrastructure and build a resilient future! #CathodicProtection #Infrastructure #Sustainability #CorrosionControl #EngineeringExcellence #AssetManagement #EnvironmentalProtection #engineering #construction #civilengineering

Embrace the spirit of PE Week as we spotlight EDR's impactful engineering endeavors shaping our communities! The Town of North Castle’s Wastewater Treatment Plant upgrade is a unique, one-of-a-kind project. The Town has set a course to enhance operational efficiency and further reduce existing total nitrogen removal. EDR was retained by the Town to establish a basis of design, complete final design, and environmental services. Upgrades include the addition of several Granular Activated Carbon vessels and a new UV disinfection system in a premanufactured building complete with the treatment systems, electrical and heating and ventilation; increased mechanical sludge thickening capacity; and pump control panel replacements. These improvements, aim to boost nitrogen removal and operational flexibility. The project reduces potable water usage by utilizing effluent water for the sludge thickener. Additionally, new pump control upgrades align with the Plant SCADA system for enhanced real time monitoring and communication. Developing solutions to wastewater treatment is a real opportunity to let your mind be creative on unique ways to align engineering practices with an Owner’s goals, it’s very rewarding when the two converge. #EWeek #ABetterEnvironment Learn more: https://lnkd.in/e9ntDnVj

A recent Oxford Institute for Energy Studies paper looks at the requirements for Scaling Direct Air Capture (DAC) 👉 Link to OIES paper: https://lnkd.in/eKDHqrZg Some key points: 🔹 Table below summarises the key requirements to deliver 1Mtpa of capture capacity 🔹 Requirements include a geographic location which has access to net-zero power and carbon storage is important 🔹 Both Liquid Direct Air Capture and Solid Direct Air Capture technologies have Mtpa equivalent footprints of hundreds of acres and require of the order of 2TWh per year of power (with a range around that central point estimate) 🔹 Most of the power required is for the heat cycle to release CO2 and regenerate the chemical reactants used for the capture process 🔹 Standard atmospheric pressures are preferred by both processes so high altitude locations are less likely to work well 🔹 Construction time for 1Mtpa scale plants is estimated at 2 years; this excludes front-end engineering design (FEED) which can take 12-24 months to complete 🔹 The 2-year construction time estimate also excludes permitting which depends on local and national regulation and policy as well as levels of public acceptance or resistance 🔹 Permitting might be quicker with government and public support, and government machinery that works effectively but complex projects and permitting regimes may take years, up to an upper limit of 5-7 years #directaircapture #carbonstorage #carbonmanagement #carbonremovals #decarbonization

This coating is Easy and long lived! How do you protect your pipelines from corrosion?

Global engineering initiatives focused on "Building a sustainable future" aim to develop innovative solutions that minimize environmental impact while maximizing efficiency and longevity. In this context, incorporating pigging systems into various industrial processes becomes paramount. A pigging system is a method used in pipelines to clean, inspect, and maintain them without the need for disassembly. These systems employ devices known as "pigs" that are inserted into the pipeline and pushed along by the product flow. They can remove debris, scale, and other contaminants, ensuring optimal performance and preventing blockages. Integrating pigging systems into global engineering projects offers several sustainable benefits: Resource Efficiency: By maintaining pipeline integrity and cleanliness, pigging systems reduce the need for frequent maintenance shutdowns and repairs. Energy Conservation: Clean pipelines require less energy to transport fluids or gases, as friction and resistance are reduced. Environmental Protection: Pigging systems help prevent leaks and spills by keeping pipelines free from buildup and corrosion. Water Conservation: In industries such as oil and gas, pigging systems can be used to remove accumulated liquids from pipelines, reducing water usage and minimizing wastewater generation. #SustainableEngineering #PiggingSystems #PipelineMaintenance #ResourceEfficiency #EnergyConservation #EnvironmentalProtection #CostSavings #PipelineIntegrity #GreenEngineering #InnovationForChange #CleanEnergy #EcoFriendlyTech #IUSPiggingSystems