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#pyrolisis
#wastemanagement
#plasticbottles
#sustainability
#arcacontinental
#esg
#recycling
#3d
#ar

Arca Continental Pyrolysis Plant: Waste-to-Energy

Developed a pyrolysis plant business model and prototype for Arca Continental to convert plastic waste into valuable energy resources, promoting sustainability and reducing environmental impact.

Feb - Mar 2024

Timeline

Creator

Role

Feb - Mar 2024

Timeline

Creator

Role

Summary

Waste management is a critical challenge, particularly in industries generating significant plastic waste. Traditional disposal methods are often unsustainable and harmful to the environment. Arca Continental's pyrolysis plant addresses this issue by transforming plastic waste into energy resources, thus reducing landfill waste and environmental pollution.

Goals

Sustainable Waste Management

Develop a pyrolysis plant to convert plastic waste into energy.

Sustainable Waste Management

Develop a pyrolysis plant to convert plastic waste into energy.

Efficient Conversion Process

Design and implement an efficient pyrolysis process for maximum energy yield.

Efficient Conversion Process

Design and implement an efficient pyrolysis process for maximum energy yield.

Environmental Compliance

Ensure the plant meets all environmental regulations and standards.

Environmental Compliance

Ensure the plant meets all environmental regulations and standards.

Scalable Operations

Develop a scalable system that can handle varying volumes of waste.

Scalable Operations

Develop a scalable system that can handle varying volumes of waste.

Resource Recovery

Optimize the recovery of valuable resources from the pyrolysis process.

Resource Recovery

Optimize the recovery of valuable resources from the pyrolysis process.

Solutions

3D/AR Model of the Plant

The 3D/AR model provides a comprehensive visual representation of the pyrolysis plant, aiding in design, planning, and operational training. The 3D model accurately depicts the layout of the plant, including the reactor, feeding mechanisms, condensers, and filtration systems. By incorporating augmented reality (AR), stakeholders can interact with the model in a virtual environment, exploring different components and processes. This technology enhances understanding, facilitates troubleshooting, and allows for virtual walkthroughs, improving overall efficiency and safety.

3D/AR Model of the Plant

Business Model

The business model outlines the strategic approach for the successful operation and scaling of the pyrolysis plant. It includes identifying target markets, revenue streams, and partnership opportunities. Key elements of the business model involve securing a steady supply of plastic waste, optimizing the sale and distribution of the recovered resources, and ensuring compliance with environmental regulations. The model also explores potential collaborations with waste management companies, energy providers, and regulatory bodies to maximize the plant's impact and profitability.

Business Model

Financial Models

Developing robust financial models is crucial for assessing the economic viability of the pyrolysis plant. These models include detailed cost analyses, revenue projections, and return on investment (ROI) calculations. We considered factors such as initial capital expenditure, operating costs, maintenance expenses, and potential revenue from the sale of recovered resources like oil, gas, and char. The financial models help in making informed decisions, securing funding, and ensuring the long-term sustainability of the project.

Financial Models

Responsabilities

3D Design

AR Design

AR Animation

Research & Design

Market Research

Presentation Design

Tools

Fusion360

Reality Composer

Reality Converter

Blender

Insights by Juan Luis

Making a conceptual prototype using technologies such as 3D design and augmented reality were valuable for this project when taking into account the level of machinery that was intended to be used. Therefore, to minimize costs and maximize the experience of this proposal for Arca Continental, these technologies were used to visualize and understand the potential impact of the project.

Juan Luis

3D/AR Designer

What people say

Wow! Is that virtual reality? Congrat! That's what we were waiting for.
Rebeca Pinto
Investor Relations Manager @ Arca Continental
Now I know why when I was a student I never won competitions like this.
Billy Bremer
Investor Relations Analyst @ Arca Continental

Conclusion

The development of the pyrolysis plant for Arca Continental represents a significant step forward in sustainable waste management. By effectively converting plastic waste into valuable energy resources, the plant addresses critical environmental challenges and promotes sustainability. Through rigorous design and testing, we have ensured that the plant operates efficiently and complies with environmental standards. This project exemplifies our commitment to innovation and sustainability, providing a practical and scalable solution for waste management that benefits both the environment and the industry.

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