McWane Poles’ Post

Reducing the carbon footprint of cold rolled steel strip Are you also currently considering how carbon emissions can be reduced in the steel value chain? We provide answers to this question in the “Decarbonization” section of our website (just click on the link in the comments). Solutions can be found, for example, in the use of green hydrogen in raw material and cold rolled steel strip production, in calculation tools for tracking and documenting carbon footprints on a grade-by-grade basis, and in the allocation of real carbon savings for finished materials. Learn more on our website? #decarbonization #sustainability #carbonfootprint #carbonemissions #emissionreduction #inspireinnovateimprove #coldrolledsteelstrip #steelindustry

Enhancing Emissions Monitoring in Steel Mills🏭 Steel mills generate significant emissions during production, making Continuous Emissions Monitoring Systems (CEMS) crucial for regulatory compliance and operational efficiency. These systems track key pollutants like NOx, SOx, CO, and particulate matter, helping to reduce environmental impact and meet strict emissions standards. CEMS enable steel mills to detect issues early and make real-time adjustments, ensuring compliance while achieving sustainability goals and improving air quality. By integrating these monitoring solutions, steel mills can enhance worker safety through better pollution control. At CODEL International Ltd., we offer advanced CEMS tailored for the harsh environments of steel mills. Our solutions, including the EnergyTech 301 dust monitor, provide reliable, low-maintenance monitoring that withstands high temperatures and dust levels. With real-time data and comprehensive reporting, CODEL helps steel mills optimize their processes, reduce emissions, and contribute to a more sustainable future. To enquire email sales@codel.co.uk and to find out more information click https://bit.ly/4e4PdOS #MonitoringSolutions #EmissionMonitoring #SteelMills #EnvironmentalCompliance #Sustainability  #IndustrialEfficiency #CODEL

Recycled lead minerals play a crucial role in various industries. In construction, lead ensures durable and corrosion-resistant structures. In plumbing, it has historically been vital for efficient water flow. Lead-acid batteries, essential for vehicles and power backup systems, depend on lead for reliable energy. In ammunition, lead's density makes it perfect for bullets and shot. Heavy weights and counterbalances in machinery also rely on lead for stability. Lead is used in fusible alloys for industrial processes due to its low melting point. Though leaded paints and gasoline are now rare, they highlight lead's versatility. Crucially, lead's high density makes it essential in radiation shielding in hospitals and laboratories, ensuring safety from harmful radiation. At mywastesolution.com, we advocate for the sustainable recycling and reuse of lead, minimizing environmental impact and promoting resource efficiency. #Recycling #SustainableIndustry #LeadApplications

It's #PlasticFreeJuly! Time to rethink #plumbing choices. After use, #plasticpipes all go to waste. Our guide compares them to #sustainable pipe alternatives made of copper, iron & steel. https://buff.ly/4bS8GBH

As a major contributor to overall global emissions, #steelmaking must significantly lower its carbon footprint to make the transition to a net zero world possible. But can such a hard-to-abate sector really go green – and if so, how? Last month, our experts presented their assessments of the potential of the key #decarbonisation options being pursued by the steel industry globally. Various technologies could reduce steelmaking emissions, mainly through alternative feedstocks. For more details, you can download the presentation slides, or read on for a brief review of the key technologies here: https://okt.to/kbMRtw #greensteel

Recycled lead minerals play a crucial role in various industries. In construction, lead ensures durable and corrosion-resistant structures. In plumbing, it has historically been vital for efficient water flow. Lead-acid batteries, essential for vehicles and power backup systems, depend on lead for reliable energy. In ammunition, lead's density makes it perfect for bullets and shot. Heavy weights and counterbalances in machinery also rely on lead for stability. Lead is used in fusible alloys for industrial processes due to its low melting point. Though leaded paints and gasoline are now rare, they highlight lead's versatility. Crucially, lead's high density makes it essential in radiation shielding in hospitals and laboratories, ensuring safety from harmful radiation. At mywastesolution.com, we advocate for the sustainable recycling and reuse of lead, minimizing environmental impact and promoting resource efficiency. #Recycling #SustainableIndustry #LeadApplications

🔄 Turning Waste into Wealth: The Power of Iron By-products 🔄 The iron and steel industry is known for generating significant amounts of by-products. However, these materials are far from waste. With the right approach, they can be transformed into valuable resources that contribute to sustainability and economic efficiency. Here's a closer look at how iron by-products are being repurposed: - Slag for Construction: Steel slag is a durable and versatile material used in road construction, cement production, and as an aggregate in concrete, offering a sustainable alternative to natural materials. - Dust and Sludge in Cement: Dust and sludge from the manufacturing process can be utilized in cement production, reducing the need for virgin raw materials and contributing to lower CO2 emissions. - Gas for Energy: Gas by-products from iron and steel production, such as coke oven gas, can be captured and used as a source of energy, significantly reducing reliance on fossil fuels. - Heat Recovery: Waste heat from the production process can be recovered and converted into electricity or used for heating purposes, enhancing energy efficiency. - Scrap Metal Recycling: Iron and steel scraps are fully recyclable and can be melted down and reused to produce new steel products, minimizing waste and saving energy. By embracing these innovative uses for by-products, the iron and steel industry not only mitigates its environmental impact but also enhances its sustainability and contributes to a circular economy. ♻️ #CircularEconomy #Sustainability #IronByProducts #EcoFriendly #InnovationInSteel

As a major contributor to overall global emissions, #steelmaking must significantly lower its carbon footprint to make the transition to a net zero world possible. But can such a hard-to-abate sector really go green – and if so, how? Last month, our experts presented their assessments of the potential of the key #decarbonisation options being pursued by the steel industry globally. Various technologies could reduce steelmaking emissions, mainly through alternative feedstocks. For more details, you can download the presentation slides, or read on for a brief review of the key technologies here: https://okt.to/XGEecy #greensteel

As a major contributor to overall global emissions, #steelmaking must significantly lower its carbon footprint to make the transition to a net zero world possible. But can such a hard-to-abate sector really go green – and if so, how? Last month, our experts presented their assessments of the potential of the key #decarbonisation options being pursued by the steel industry globally. Various technologies could reduce steelmaking emissions, mainly through alternative feedstocks. For more details, you can download the presentation slides, or read on for a brief review of the key technologies here: https://okt.to/WAyxGn #greensteel

As a major contributor to overall global emissions, #steelmaking must significantly lower its carbon footprint to make the transition to a net zero world possible. But can such a hard-to-abate sector really go green – and if so, how? Last month, our experts presented their assessments of the potential of the key #decarbonisation options being pursued by the steel industry globally. Various technologies could reduce steelmaking emissions, mainly through alternative feedstocks. For more details, you can download the presentation slides, or read on for a brief review of the key technologies here: https://okt.to/AIHbFY #greensteel