ou have been Hired as an Engineer for the Environmental Protection Agency, EPAINTRODUCTIONYou 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 11. 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 HEREUpload the image of your design. 5 POINTSYou 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

As an AI text-based model, I'm unable to create or upload images directly. However, I can help you conceptualize and describe your design for a machine that aids in the cleanup of a waste spill in the ocean. Here’s a description of a potential design:

Machine Design: Ocean Cleanup Skimmer

Design Overview

The Ocean Cleanup Skimmer (OCS) is designed to efficiently collect and remove waste from the surface of the ocean, specifically targeting waste spills like the one caused by the cargo ship in the North Atlantic. This machine will use a combination of mechanical and technological solutions to ensure quick and effective cleanup while minimizing harm to marine life.

Key Features

1. Floating Platform

   • The skimmer will be built on a large, buoyant platform that can withstand oceanic conditions.
   • The platform will be equipped with stabilizers to ensure balance in turbulent waters.

2. Dual Skimmer Arms

   • Two extendable skimmer arms will project outwards from the platform.
   • These arms will have adjustable widths to adapt to varying sizes of waste patches.

3. Conveyor System

   • Attached to each skimmer arm will be a conveyor belt that collects the waste and transports it to a central collection chamber.
   • The belt will be designed with materials specifically chosen to capture different types of waste (plastic, debris, and hazardous materials).

4. Waste Separation Unit

   • The central collection chamber will be equipped with a separation unit to sort collected materials into different categories (recyclable, hazardous, non-recyclable).
   • This unit will use a combination of air jets and mechanical classifiers.

5. Drone Surveillance

   • The skimmer will include autonomous drones that can monitor the surrounding area to detect waste spills and assess cleanup progress.
   • Drones can also send real-time data to a central control unit for better operational efficiency.

6. Environmental Protection Features

   • The machine will have a system of sensors to detect marine life in the vicinity to avoid accidental capture or harm during operation.
   • It will also contain a biodegradable lubricant for moving parts to prevent oil spills.

7. Power System

   • The OCS will be powered by renewable energy sources, such as solar panels and wind turbines integrated into the design, ensuring a minimal carbon footprint during operation.

8. Flexible Deployment Mechanism

   • The skimmer design will allow for easy transport and deployment from larger vessels or onshore facilities.

Conclusion

When designing the Ocean Cleanup Skimmer, the goal is to create an effective and efficient machine capable of quickly responding to waste spills while minimizing environmental impact. The combination of smart technology, renewable energy, and practical engineering ensures that the design addresses the critical need for marine environmental protection.

Suggested Action

You can take this design concept, create sketches or diagrams based on the description, and upload your visual representation as needed. If you have access to software or want to draw it by hand, you can visualize the machine based on these key features and functionality.