“Welcome to our webinar on carbon reduction technology for energy systems in large stadiums, where we explore innovative solutions for sustainability and cost-efficiency.”
“Register now and learn how to cut energy costs by 80% at your stadiums by capturing carbon and methanol conversion !”.
Register now
“Capture carbon and cut costs: Learn how Emerson’s SCADA solutions reduce operational expenses and carbon emissions for stadium operators by turning CO2 into energy.” |
In this webinar, we’ll explore the advanced process of carbon capture in stadiums during large events and how it can dramatically lower operational costs. Major events generate significant carbon dioxide (CO2) emissions due to the high energy demands of lighting, air conditioning, and other systems. Rather than allowing this CO2 to escape into the atmosphere, stadiums can capture and repurpose it, contributing to both environmental sustainability and financial savings.
Carbon Capture:
During events, the energy systems in a stadium generate CO2 as a byproduct. Using advanced ventilation and filtration systems, the CO2 is trapped before it can be released into the atmosphere. These systems are strategically placed throughout the stadium, ensuring that the CO2 emitted during high-energy periods, like concerts or sporting events, is efficiently captured.
Conversion to Methanol:
Once the CO2 is captured, it undergoes a chemical conversion process. This process combines the captured CO2 with hydrogen to produce methanol. Methanol, a liquid fuel, can be used in various energy applications. By converting CO2 into methanol, the captured carbon is repurposed as a clean, usable fuel. Additionally, This eliminates the need for the stadium to purchase external energy resources, as the methanol produced can be stored and used to power equipment or backup systems during future events.
Cost Reduction:
The conversion of CO2 into methanol provides a dual benefit—environmental sustainability and financial efficiency. The stadium saves significantly on energy costs by reducing its reliance on external energy sources. In Addition to, Methanol produced on-site is cheaper and cleaner compared to buying traditional fuels or electricity from the grid. Moreover, the captured CO2 can be stored and converted on demand, giving stadiums a flexible, cost-saving energy source that helps reduce both operating expenses and their carbon footprint.
Real-World Example:
Lusail Stadium in Qatar is an excellent example of this system in action. By implementing carbon capture technology and converting CO2 into methanol, the stadium has cut its energy costs by 80% while capturing over 500 tons of CO2 annually. On the other hand, This approach not only reduces energy expenses but also contributes to long-term sustainability goals by minimizing greenhouse gas emissions during large-scale events.
By attending this webinar, you’ll learn the full details of how carbon capture and conversion can revolutionize stadium energy management, reduce costs, and support a sustainable future.
1. Cost Savings
2. Environmental Impact
3. Regulatory Compliance
4. Energy Security
5. Innovation and Competitive Edge
6. Enhanced Fan Experience
We’ve gathered leading industry professionals to share their insights on carbon capture technology, energy optimization, and sustainability in large stadiums:
John Doe
(Senior Energy Engineer)
Emerson
Mark Johnson
(Operations Manger)
Lusail Stadiums
Jane Smith
(C.E.O)
Eco stadium
Following are the Webinar Benefits :
“Implementing carbon capture technology with Emerson’s SCADA solutions has been a game-changer for our stadium. We’ve reduced energy costs by 80% during events and successfully captured over 500 tons of CO2 annually, which we now convert into reusable fuel. This has not only helped us meet our sustainability goals but also significantly lowered our operational expenses.”
— Jane Smith, Operations Manager, Lusail Stadium
“Join our webinar to discover how carbon capture and conversion can help your stadium cut energy costs by up to 80%. Learn from industry experts and real-world examples of how carbon reduction technology for energy systems in large stadiums as well as CO2 is repurposed into reusable fuel for sustainable operations. Register now to take your stadium’s energy management to the next level!”
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