You have been Hired as an Engineer for the Environmental Protection Agency, EPA 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. (5 points)

As a text-based AI, I cannot create or upload images directly. However, I can help you conceptualize and describe a machine design for cleaning up the waste spill in the North Atlantic Ocean. You can then use this description to create a drawing or digital design.

### Machine Concept: Ocean Cleanup Catamaran (OCC)

#### Design Overview:
The Ocean Cleanup Catamaran (OCC) is a specialized vessel designed for efficient collection and removal of waste from the ocean. The CATAMARAN design provides stability and room for various cleanup technologies, making it suitable for rough ocean conditions.

#### Key Features:

1. **Double-Hull Design:**
- The catamaran structure ensures stability on the water and allows for larger storage capacities onboard without compromising seaworthiness.

2. **Waste Collection System:**
- **Skimmer Booms:** Long, floating booms outfitted with interceptor nets to capture debris and waste. These booms will extend outward from the sides of the vessel.
- **Conveyor Belt System:** A conveyor belt equipped with brushes and suction capabilities to help collect smaller particles and oiled debris into storage tanks.

3. **Autonomous Navigation:**
- Equipped with GPS and sonar technology for autonomous navigation and efficient pathfinding to locate and target high-concentration pollution areas.

4. **Waste Processing Station:**
- **Separation Unit:** An integrated system to separate waste materials (plastics, oils, etc.) onboard for recycling or disposal.
- **Nano-filtration System:** To treat and purify seawater contaminated by chemicals or oil before release.

5. **Energy System:**
- **Solar Panels:** Installed on the roof of the vessel for renewable energy to power onboard systems and minimize environmental impact.
- **Hydrogen Fuel Cells:** To provide additional power when sunlight is insufficient.

6. **Monitoring and Communication:**
- Equipped with real-time environmental monitoring equipment to analyze the effects of the spill.
- Communication systems to provide data to command centers and other responding vessels.

#### Operating Procedure:
1. The OCC will navigate to the spill area using autonomous systems or manual controls.
2. Upon arrival, it will deploy skimmer booms to contain the waste and start collecting debris using the conveyor belt system.
3. Collected waste is processed onboard with the separation unit for easy disposal or recycling.
4. Continuous monitoring of environmental conditions will be carried out to assess cleanup effectiveness.

### Drawing Instructions:
Based on the description, draw a catamaran-style vessel with features such as:
- Two hulls for stability.
- Skimmer booms extending from the sides.
- A conveyor belt system on the deck.
- Solar panels on the top.
- Indicate the navigation and monitoring systems with small radar dishes and antennas.

Once you complete the drawing, take a photo of it to submit as part of your project. If you have access to design software (like AutoCAD or SketchUp), you can create a digital version of this design as well.