Öner Çelik’s Post

Why does recyclability matter when considering pipe materials? Aren’t factors such as performance capabilities and cost the overriding considerations? Most often, the answer is simple; the best, most capable, long-term, cost-effective pipe available is ductile iron pipe. But did you know that ductile iron is also the only primary full-size-range piping product made from recycled material? Read our article about recyclability and what it means for the utility industry: https://lnkd.in/efJnYzEn #setitandforgetit #ironstrong

💡 Must-read: UNTHA's 'A buyer’s guide to shredding technology' Deciding on a new shredder is usually an intensive process. To help you through this process, we have summarised our experts' decades of experience in the “Guide to Buying a Shredder”: 📝 🔎 Current challenges in waste management 🔎 Customising technology to specific business needs 🔎 Optimising system integration and energy efficiency 🔎 Strategic planning and financial management 🔎 Maximising long-term return on investment 👉 This way to the free download: https://lnkd.in/dfcx_NEu #shreddingtechnology #recycletech #wastemanagement #metalrecycling #tyrerecycling #rubberrecycling #plasticrecycling #aluminiumrecycling #woodrecycling #alternativefuels #cement #solidwaste

Cementing Smart Solutions 💡 One of the cement plants we collaborate with demonstrates how innovative use of slag can transform not only production processes but also sustainability metrics. This plant, constructed by a company with expertise in large-scale slag recycling, has embedded circular economy principles into its operations from the outset. By incorporating 30% mixed slag sourced from an old slag dump into its cement production, the plant has achieved remarkable results. Impact at a Glance: 👉 Carbon Footprint Reduction: By integrating slag into the cement mix, the plant has cut its CO₂ emissions by 20%—a significant step toward decarbonization in an energy-intensive industry. 👉 Waste Utilization: The slag, once considered a liability and left unused in a dump, is now a valuable resource contributing to high-performance cement. This is a powerful example of how using by-products can improve efficiency and reduce the need for traditional raw materials. By adding mixed slag to their process, the cement plant has found a smart way to handle waste and boost production. 🧐 Curious how slag could work for your business? Let’s find the right solution together! #smartscrap #slag #mixedslag #cementindustry #slagrecycling #greencement #wastetoresource #metallurgicalwaste #decarbonization #slagmanagement #alternativematerials #cement

When we tell people that we make Alternative Fuel from traditionally non-recyclable materials, they are impressed - but unless you’re in the cement production industry, it's hard to imagine what AF is or looks like. Hopefully, the video helps. This is a load of our Alternative Fuel, called LJP ReFuel™, being delivered to a Midwest cement kiln. Because it is finely shredded, the material can be blown through a piping system directly into the kiln to be burned. LJP ReFuel™ is a biogenically carbon rich alternative fuel that powers industrial boilers and kilns, reducing their reliance on fossil fuels like natural gas and coal, while dramatically lowering carbon emissions. LJP ReFuel™ meets the US EPA criteria for designation as a Non-Hazardous Secondary Material [NHSM] and is, therefore, exempt from Solid Waste Regulations. ♻ Why is Alternative Fuel so important and valuable? 2 Words - Carbon Reduction. The cement and aggregate production industries contribute up to 7% of the world’s CO2. Using Alternative Fuels [AF] like LJP ReFuel™, made from high BTU pre and post-consumer materials can reduce carbon emissions per ton of production by more than 100%. In addition, its use in cement kilns perfectly aligns with the growing desire for a circular economy solution because there is no residual waste material; everything is destroyed and becomes part of the cement product. Ideal LJP ReFuel™ material candidates include: ✅ Thin Film Wraps and Bags ✅ Flexible Plastics ✅ Pressure Sensitive Adhesives ✅ Release Liner ✅ Laminates ✅ Waxy Cardboard ✅ Automotive Trim Scrap ✅ Foams #LJP #ReFuel #AlternativeFuel #CarbonReduction #ReplaceFossilFuel

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

No more "dust in the wind". Byproduct dust, a recurring aspect of cement manufacturing, presents new opportunities as the industry moves towards alternative fuels. With sustainable fuel sources comes the need for adaptive technologies that can turn challenges - such as managing high chloride dust - into opportunities for efficiency and resource recovery. While this dust is a potential resource, it also contributes to kiln build-up and requires specific handling, highlighting the need for more innovative solutions to minimize operating costs. The ReduDust process offers an advanced response by selectively extracting chlorides and alkalis through a combination of leaching and vacuum crystallisation. This method isolates NaCl and KCl salts for reuse and thoroughly "cleans" the bypass dust, making it suitable for reintroduction into clinker production. Designed to operate on kiln waste heat, bypass dust is transformed from a costly waste product into a circular resource, optimizing both economic and environmental outcomes for cement plants. #ReduDust #bypassdustmanagement #cementengineering #sustainableproduction #alternativefuels

🏭 Discover the cornerstone of efficiency in the #Manufacturing and #ConstructionMachinery industry: Filter Press Equipment! Dive into the world of unparalleled filtration solutions that are transforming operations and elevating environmental sustainability. 🌍🛠️✨ Designed to separate solids from liquids with precision, our filter press equipment is your ally in tackling high-volume slurry challenges to deliver dry filter cakes, crucial for industries like mining, chemical processing, and wastewater treatment. 🚧🔬🚀 Embrace the future with technology-infused filter presses offering automated operations, remote monitoring, and tailor-made configurations to meet your unique industry needs. Boost productivity, slash costs, and step into sustainability without compromise.📊💧Whether you’re fortifying your construction site or enhancing your industrial wastewater regimen, our solutions ensure seamless operations and adherence to regulations. 📐🔩Invest in excellence; invest in our filter press equipment. Explore the full story and how it impacts your field here 👉 https://bit.ly/4dhT0I2 #FilterPressEquipment #Innovation #Sustainability #OperationalExcellence

The Secondary Waelz Process involves the reprocessing of waste materials from the steel industry, particularly electric arc furnace dust (EAF dust), to recover valuable metals like zinc. This process is based on the fundamental Waelz Process but is specifically focused on waste management and recycling. How the Secondary Waelz Process Works: 1. Waste Collection and Preparation: - Dust and other metallic waste generated during steel production are collected. These wastes typically contain oxides of zinc, iron, lead, and other metals. - The waste is ground to an appropriate size for the process and mixed with other materials (such as limestone) that aid in the process. 2. Processing in the Furnace: - The prepared waste materials are fed into a rotary Waelz furnace that operates at high temperatures. - The furnace temperature usually ranges between 1000-1300°C. At this temperature, zinc oxide is reduced to metallic zinc by a reducing agent like carbon: [ZnO + C → Zn (g) + CO (g)] - The zinc vapor exits the furnace and reacts with oxygen during cooling to form zinc oxide dust: [ Zn (g) + O₂ → ZnO (dust)] 3. Collection of Zinc Oxide:** - The resulting zinc oxide dust is known as Waelz oxide and can be sent to zinc refining facilities to be converted into zinc metal. 4. Management of Slag: - The remaining iron-rich slag in the furnace is typically used in the construction industry or other industrial applications. This slag is referred to as Waelz slag. Advantages of the Secondary Waelz Process: - Environmental Impact Reduction: The Secondary Waelz Process improves waste management and reduces environmental impacts by reusing steel production waste. - Recovery of Valuable Metals: Recovering metals like zinc from waste materials adds economic value. - Waste Reduction:Processing waste reduces the need for storage and benefits sustainability efforts. This process is crucial for more efficient waste management and the recovery of valuable metals from industrial waste. #WaelzProcess #Pyrometallurgy #ZincRecovery #MetalRecycling #SlagTreatment #IndustrialProcesses #Steelmaking #SustainableMining #CircularEconomy #MaterialRecovery #MetallurgicalEngineering #ZincProduction #KilnOperations #MetalExtraction #ThermalProcessing #IndustrialInnovation #WasteToWealth #EnvironmentalEngineering #ResourceEfficiency #MetalWasteRecycling

Wondering what people use incinerators for? We have compiled a list of materials and uses for incineration equipment to help people understand its many purposes. Although incineration is most commonly used in these industries, the list is always growing. What did we miss on this list? Contact us to let us know or ask a question! https://loom.ly/r0TF5bI #incinerators #whatsyourwaste

Hydrocarbon contamination is a common challenge across various industries. HTech by Lubritech provides an innovative solution to treat spills and leaks effectively, helping businesses meet environmental standards while supporting sustainability goals. Here are the industries that can benefit: ✅ 𝗔𝗴𝗿𝗶𝗰𝘂𝗹𝘁𝘂𝗿𝗲: Supports farms by treating contamination around fuel-reliant machinery. ✅ 𝗔𝘂𝘁𝗼𝗺𝗼𝘁𝗶𝘃𝗲: Keeps repair shops and scrapyards environmentally compliant. ✅ 𝗠𝗮𝗻𝘂𝗳𝗮𝗰𝘁𝘂𝗿𝗶𝗻𝗴: Helps maintain cleaner facilities by managing lubricant and oil contamination. ✅ 𝗠𝗶𝗻𝗶𝗻𝗴: Perfect for sites like Dwarsrivier Mine to remediate contaminated soil and water. ✅ 𝗢𝗶𝗹 & 𝗚𝗮𝘀: Ideal for refineries, drilling sites, and storage facilities to handle spills responsibly. ✅ 𝗧𝗿𝗮𝗻𝘀𝗽𝗼𝗿𝘁𝗮𝘁𝗶𝗼𝗻 & 𝗟𝗼𝗴𝗶𝘀𝘁𝗶𝗰𝘀: Essential for ports, railways, and hubs to manage oil and fuel leaks. ✅ 𝗪𝗮𝘀𝘁𝗲 𝗠𝗮𝗻𝗮𝗴𝗲𝗺𝗲𝗻𝘁 & 𝗥𝗲𝗰𝘆𝗰𝗹𝗶𝗻𝗴: Handles hydrocarbon challenges effectively in hazardous waste facilities. Is your business ready to adopt effective sustainable solutions? HTech is here to help your industry go green while staying compliant. 🟩 +27 861 000 487 🟦 admin@lubritech.co.za 🟩 https://lubritech.co.za/ #Lubtritech #HydrocarbonContamination #Agriculture #Automotive #Manufacturing #Mining #Oil #Gas #Transportation #Logistics #WasteManagement #Recycling