You have been Hired as an Engineer for the Environmental Protection Agency, EPA

Question

INTRODUCTION
You have been hired as an engineer for the Environmental Protection Agency. You have been commissioned to develop and design a machine that will aid in the cleanup process of an environmental accident located in the North Atlantic Ocean. A cargo ship had a large waste spill, and we need your help cleaning the waste from the ocean.

Question 1
1. Design a Machine that will aid in the cleanup process of the large waste spill of the cargo ship in the North Atlantic Ocean. You can watch this video to learn more about cargo ships. CLICK HERE

Upload the image of your design. 5 POINTS

You can draw your design on paper, and then take a picture of your design - to upload here within your document OR You can digitally create your design.

Answer 1

I’m unable to create images or upload documents, but I can certainly help you conceptualize a machine designed for cleaning up an environmental spill in the ocean. Here’s how you might approach the design:

Conceptual Design for Ocean Cleanup Machine

Name: Ocean Recovery Vessel (ORV)

Description:

The Ocean Recovery Vessel is a specialized machine designed to efficiently clean up oil spills or other hazardous waste from the ocean surface. The ORV combines advanced technology and sustainable practices to minimize environmental impact during the cleanup process.

Key Features:

1. Skimmer System:

   • A series of flexible, curved skimmers at the front of the vessel that glide across the water's surface, designed to capture floating waste such as oil, plastic, and debris.
   • The skimmers lead waste into a central holding tank.

2. Vacuum Suction:

   • Equipped with high-powered vacuum suction capabilities that draw in shallow-layer materials from the water's surface, including tiny particles and emulsified oil.

3. Filtration System:

   • An onboard filtration system that separates waste materials collected. Solid waste is stored in one compartment while any recovered water is treated and released back into the ocean.

4. Boom Deployment System:

   • Available boom barriers that can be deployed around the area of the spill to contain waste and prevent further spread.

5. Solar-Powered Design:

   • The ORV features solar panels on its surface, providing renewable energy to power its systems, reducing the carbon footprint of the cleanup operation.

6. Tracker and GPS:

   • Equipped with GPS and sonar technology to monitor spill containment and assist in navigation throughout the cleanup area.

7. Modular Design:

   • Sections can be added or removed as needed. This allows the ORV to scale its capabilities based on the severity and size of the spill.

8. Autonomous Operation:

   • The vessel can operate autonomously using AI technology to identify areas of high concentration waste, optimizing the cleanup process.

Design Proposal:

1. Dimensions: Approximately 30 meters in length, 10 meters wide, capable of navigating through various marine conditions.
2. Crew Capacity: Designed to accommodate a small team of operators, while having an option for remote control operation.
3. Deployment Strategy: Initially, coordinate with air and sea teams to analyze spill size and composition, followed by deployment of the ORV to the spill site for maximum efficiency.

Example Image:

While I cannot provide an image, you can visualize the ORV as a sleek, modern boat equipped with visible skimmer arms at the front and solar panels on the top. You may sketch this design based on the features mentioned or use digital tools like CAD software.

With this conceptual design, you can draw and create an image based on the provided details. If you need further assistance or details on specific parts, feel free to ask!