jQuery(function($) { function closeAllOffCanvas(exceptID = null) { let anyOpen = false; // Track if another Off-Canvas remains open $(".e-off-canvas").each(function() { let canvasID = $(this).attr("id"); if (!exceptID || canvasID !== exceptID) { $(this).removeClass("e-off-canvas-visible") .addClass("e-off-canvas-hidden") .attr("aria-hidden", "true") .css({ "z-index": "10", "visibility": "hidden", "opacity": "0" }); // Full removal delay set to 0ms setTimeout(() => { if ($(this).attr("aria-hidden") === "true") { $(this).css("display", "none"); } }, 0); } else { anyOpen = true; // At least one Off-Canvas is still open } }); } function openOffCanvas(targetID) { let targetCanvas = $(targetID); if (targetCanvas.length) { // Close all others EXCEPT the one we're opening closeAllOffCanvas(targetID); // Open immediately with delay set to 0ms setTimeout(() => { targetCanvas.removeClass("e-off-canvas-hidden") .addClass("e-off-canvas-visible") .attr("aria-hidden", "false") .css({ "z-index": "9999", "visibility": "visible", "opacity": "1", "display": "block" }); // Ensure the White Background Stays Visible $("body").addClass("off-canvas-active"); // Force repaint after opening forceRepaint(); }, 0); } } // Decode Base64 function decodeBase64(str) { try { return atob(str); } catch (e) { return null; } } // Handle Elementor Off-Canvas OPEN clicks $(document).on('click', '[href*="elementor-action%3Aaction%3Doff_canvas%3Aopen"]', function(event) { event.preventDefault(); let href = decodeURIComponent($(this).attr("href")); let base64Match = href.match(/settings=([^&]+)/); if (base64Match) { let decodedSettings = decodeBase64(base64Match[1]); try { let settingsObj = JSON.parse(decodedSettings); if (settingsObj.id) { let offCanvasID = "#off-canvas-" + settingsObj.id; openOffCanvas(offCanvasID); } } catch (e) {} } }); // Handle Elementor Off-Canvas CLOSE clicks $(document).on('click', '[href*="elementor-action%3Aaction%3Doff_canvas%3Aclose"]', function(event) { event.preventDefault(); closeAllOffCanvas(); }); // Ensure all Off-Canvas elements start hidden (ONLY if NOT in Elementor Editor) function initializeOffCanvasVisibility() { // Check if the body does NOT have the Elementor edit mode class if (!$('body').hasClass('elementor-element-edit-mode')) { $(".e-off-canvas").each(function() { $(this).attr("aria-hidden", "true").css({ "z-index": "10", "visibility": "hidden", "opacity": "0", "display": "none" }); }); } } // Call the initialization function $(window).on('load', initializeOffCanvasVisibility); // Utility function to force repaint function forceRepaint() { if ($('body').length) { $('body')[0].style.display = 'none'; $('body')[0].offsetHeight; $('body')[0].style.display = ''; } } });

Decarbonizing the Steel Industry: The Path to a Sustainable Future

Decarbonizing the Steel Industry: The Path to a Sustainable Future

The steel industry, responsible for 10% of global CO2 emissions, is a critical focus for decarbonization efforts. As a “hard-to-abate” sector, reducing the carbon footprint of steel production is essential for achieving global climate goals.

However, tracking carbon emissions in the steel value chain is complex due to scattered data sources and the high cost of replacing production assets. Digital solutions like Viridis Carbon and CarbonChain offer real-time emission tracking and management, supporting industry certifications and enhancing transparency.

Collaboration across the value chain is crucial for meaningful emission reductions. Stakeholders must work together to set firm targets and implement energy-efficient technologies. Regulatory frameworks and industry standards drive decarbonization by requiring companies to disclose their Scope 3 emissions.

By leveraging technology, fostering partnerships, and adhering to standards, the steel industry can significantly reduce its carbon footprint and contribute to a sustainable future. 🌿

🌱 Explore more how Jouvoli supports industrial sustainability through innovative energy solutions.

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