Lockheed Martin, the giant military technology and industrial production company, has recently announced the unveiling of an 'advanced gasification plant' at its Owego, New York facilities. The plant produces 250 kilowatts of energy, enough to power several trains, through the processing of biomass waste directly from landfills.
The advanced gasification plant works through a four step process. First, trucks from the Owego facility go to local landfills and collect trash, aiming for wood-waste, municipal solid waste, and industrial waste. Next, the collection is sorted to remove recyclables and conditioned through a drying process. Then, the plant creates a special synthetic gas, called syngas, by mixing the biomass in a proprietary heat carrier. Finally, the clean syngas fuels a combustion engine to produce electricity.
Biowaste Conversion Plants
Lockheed Martin's 'Advanced Gasification Plant' Makes Sustainable Power
Trend Themes
1. Advanced Gasification Technology - The advanced gasification plant demonstrates the potential for advanced gasification technology to efficiently convert biowaste into sustainable power.
2. Biomass Waste Utilization - The plant's utilization of biomass waste from landfills highlights the growing trend of converting waste materials into valuable energy sources.
3. Sustainable Energy Solutions - Lockheed Martin's advanced gasification plant represents the increasing demand for sustainable energy solutions in various industries.
Industry Implications
1. Renewable Energy - The renewable energy industry can explore the adoption of advanced gasification technology to convert biowaste into renewable energy sources.
2. Waste Management - The waste management industry can leverage biomass waste utilization methods to reduce landfill waste and generate clean energy simultaneously.
3. Manufacturing - Manufacturing industries can consider integrating advanced gasification plants to efficiently manage their waste and contribute to sustainable energy production.