Final answer:
The old vehicle recycling process involves disassembly, crushing, and repurposing for industrial use, especially in metal plants. While plastic recycling is beneficial, it's less efficient in terms of energy and resources, highlighting the importance of metal recycling. The process also encompasses the innovative re-use of rubber tires and the complex handling of e-waste.
Step-by-step explanation:
The recycling process of old vehicles involves several key steps. Initially, workers take apart old cars to remove large non-metal items, which is a process central to preparing the cars for recycling. Next, the vehicles are crushed into small metal blocks or cubes in a nif'al action without the letter 'צ', meaning they are passively transformed. These metal cubes are then ready to be transferred to metal plants for industrial re-use, which in Israel, often supply the construction industry with materials. The process may start in a recycling lot but extends into various sectors where recycled materials are given new life. Unlike in the case of plastics, where reducing use may be preferable, metal recycling is seen as highly effective from both energy and resource standpoints.
In a broader view, recycling extends beyond vehicles to other materials like plastic. Plastic recycling is an important environmental effort, turning waste into new products. However, its impact on energy consumption and resources is less clear-cut compared to metals. The re-use of rubber tires, especially in construction, is an innovative aspect of recycling that helps address the problems associated with their disposal. Ultimately, while recycling does use additional energy, it is a critical process for managing various types of waste, including e-waste, which poses its own unique challenges.