Скачать или смотреть DIY Gasification System: Building a High-Temperature, High-Pressure Reactor for Syngas Production

This video guides you through the construction of a DIY gasification system using a high-temperature, high-pressure reactor to produce syngas. Here are the key steps: Cap both ends of a 5' length of 8" flange stainless steel pipe, ensuring the top cap is removable. Insert taps for temperature and pressure gauges, and a bottom tap. Run for 3", then through a 1/32" restriction. Make a steam tank from a 1' section of the 8" pipe below the gasifier. Include a 45-degree T-section to add water during operation. Attach the main line (1/2") to the gasifier, leading to the ash filtration unit. Build the ash filtration unit with lime-filled top and water-cooled 200-mesh screen. Construct the main reactor using 8" by 5' Schedule 80 pipe, adding a coolant system, screen, and outer shell. Set up a radiator with steam-powered fan for cooling. Load the main reactor with 6 liters of reduced iron or magnetite for syngas production. Build final processing units, including a venturi system, filtering chamber, and relief system. Ensure safety measures, such as not smoking around gasoline, grounding, and tight assembly. Use various components like pipes, caps, screens, valves, regulators, and filters to complete the gasification system. Remember to consult a certified engineer or mechanic for guidance and follow safety precautions during the DIY construction of this high-temperature, high-pressure gasification system.