Phoenix Waste Solutions utilizes a proprietary thermal degradation technology to thermally reduce 4-8 tons of unsorted municipal solid waste into 3% ash daily, without fuel or toxic emissions. This system provides a cost-effective waste management solution that significantly lowers landfill tipping fees while promoting environmental sustainability.
Funding
$100K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Municipal solid waste disposal presents a significant challenge due to increasing volumes, rising landfill costs, and environmental concerns related to emissions and land usage. Traditional waste management methods often involve high transportation costs and contribute to greenhouse gas emissions.
Solution
Phoenix Waste Solutions offers an on-site waste management solution using a proprietary thermal degradation technology. The system thermally reduces 4-8 tons of unsorted municipal solid waste, including plastics, styrofoam, and food waste, into approximately 3% ash within a 24-hour period. This process operates without the need for supplemental fuel or the production of toxic emissions, resulting in a clean and low-carbon footprint. By processing waste at the source, the solution eliminates transportation costs and reduces reliance on landfills, offering a cost-effective and environmentally sustainable alternative for waste disposal. The remaining metal and glass can be recovered for recycling.
Target Audience
The primary target audience includes businesses, non-profit organizations, and communities seeking economically viable and environmentally responsible waste management solutions to meet zero landfill goals.
Features
- Thermal degradation technology that processes 4-8 tons of unsorted municipal solid waste daily
- Fuel-free operation, eliminating the need for external energy sources
- Emission control system that inhibits pollutant formation at a molecular level
- On-site waste processing, reducing transportation costs and landfill dependence
- Byproduct of 3% ash, which can be used for soil amendment or construction
- Metal and glass recovery for recycling
- Potential for heat recovery to generate electricity