News & Insights
2023-01-10
10:23
HaloSep and Emerson join forces for a sustainable waste-to-energy future
Here at HaloSep, we are excited to announce our collaboration with Emerson, a global leader in software and technology, to enhance and optimize our revolutionary recycling process.
Implemented at our plant for optimization, research, and technology (PORT) in Gothenburg, Sweden, this cutting-edge method transforms hazardous incinerator flue gas residue from waste-to-energy plants into valuable materials.
HaloSep and Emerson advance sustainable waste recovery with innovative technology
Our commitment to sustainability aligns perfectly with the expertise of Emerson, whose advanced control technology and software are instrumental in managing our innovative chemical separation process. This process efficiently recovers valuable salt, metals, and minerals from fly ash, marking a significant step forward in sustainable waste management.
By replacing traditional landfill disposal methods, our HaloSep process contributes significantly to the sustainability of the waste-to-energy industry. We believe in the importance of recovering materials from challenging waste streams as a key element in achieving greater circularity in the global waste management landscape.
With over 2,600 waste-to-energy plants worldwide, handling approximately 460 million tons of municipal waste annually, the positive impact of our collaboration is immense. Fly ash, a hazardous byproduct constituting 2-5% of incinerated waste, often contains contaminants like heavy metals, chlorides, and sulfates. Currently, millions of tons of fly ash are transported to landfills, incurring significant costs and contributing to environmental concerns.
Our PORT plant, spearheading analysis, testing, and demonstration efforts, plays a crucial role in showcasing the circular economy benefits of our innovative approach. We're grateful for Emerson's technology and expertise in plant automation, which has played a pivotal role in optimizing these processes and advancing the sustainability goals of the waste-to-energy industry.
Emerson's system optimizes fly ash recycling at PORT facility
Emerson's scalable control system architecture at the PORT facility, developed in close collaboration with us, ensures efficient recycling of fly ash with varying compositions. The DeltaV™ distributed control system guarantees safe and efficient operation, while the DeltaV Live software provides our operators with high-performance human-machine interfaces and intuitive reporting tools for optimized decision-making and operational performance.
Nathan Pettus, President of Emerson's process systems and solutions business, underscores our shared commitment to sustainable innovations that minimize environmental impact across various industries, including waste-to-energy generation.
As a subsidiary of the Stena Metall Group, we, at HaloSep, offer an on-plant solution that can be implemented locally at waste-to-energy plants. This eliminates the need for long-range transportation, reducing associated costs and emissions.
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