New Incinerator: A Sustainable Solution for Waste Management in Malawi
New Incinerator project to address waste management by turning waste into a usable energy source.
The New Incinerator project in Malawi has come to life as a major waste management solution, transforming waste into a usable material.
Functioning of New Incinerator
The New Incinerator’s primary function lies in its ability to produce bio-based alcohol which is a by-product of the process of incineration. As waste materials are processed during this technique, they become liquid biofuel.
How the New Incinerator works
The New Incinerator’s bio-based alcohol can be used as fuel as long as 36C and 4.6C. The processing steps include:
- Collection of Waste: Waste materials, including plastics, straws and organic matter, are collected as a slurry.
- Compost treatment to ensure that there are no harmful substances
- Detoxification to remove non-biodegradable materials (such as plastics)
- Bio-oil and bio-ethanol extraction to produce bio-based fuel
Fringe Benefits
1. Environmental Benefit
- Reduces of methane emissions and a carbon footprint.
2. Economic and Environmental Benefits
- Production of bio-based fuel
- Access to biofuel without reliance on fossil fuels
3. Local Resource Self-Sufficiency
- The New Incinerator’s high-quality bio-based fuel can be locally produced and used in local industrial applications.
New Incinerator’ss Quality and Safety
- The New Incinerator’s core-material is made in 3D, offering the flexibility to adapt to waste materials of different shapes.
- Its’s a sustainable 6-incineration method.
Next Steps
The New Incinerator’s main functions as a 6-incineration process in order to produce bio-based fuel.
The New Incinerator’s unique solutions
- Online and offline training, where 3D materials become 3D (data)
- For online training, data are 3D generated every 30 seconds,
-For offline training, 3D materials are generated for each 30 – minute block.
- For online training, data are 3D generated every 30 seconds,
New Incinerator’s Impact
- The New Incinerator’s complete process of waste material to biofuel is in a 3D technique to ensure 3D digital models.
New Incinerator’s potential for other sectors
1. Food Industry:
- Potential for bio-based and/or bio-alcohol-based products and liquid biofuels
2. Petrochemical Industry:
- Production of renewable chemicals and products.
3. Medicine and Healthcare: - Production of green biofuels
New Incinerator’s potential to empower communities
With the New Incinerator’s focus on sustainability and local materialization, communities can produce sustainable solutions to waste reduction on a local scale and higher level.
New Incinerator’s potential
- Production and training
- Designing and 3D
- Production/import
- The complete process
Additional FAQ
Q1: How much waste can be collected in a single day?
Answer: One tone/day of processing 5 kg of waste.
Q2: What happens if the material is processed but not bio-compatible?
Anwer: Biocompatible materials can’t be processed. It has to be detoxified to make it compatible as a biofuel-like material.
Q3: Where do bio-based fuels from New Incinerator get used?
Anwer: Bio-based fuel can be used to power industrial applications as a 36C fuel and 4.6C fuel.
New Incinerator’s project not only provides a local solution to waste management, but also offers a vast range of applications in fields
Call to Action
As a sustainable and inclusive initiative, New Incinerator’s design has the potential to meet other sectors’s demands as well.
Conclusion
New Incinerator’s innovative solutions have a positive impact on the environment and local area’s sustainability. As an effective and practical processing solution, New Incinerator’s approach for waste management will significantly increase the use of sustainable methods and materials.
The New Incinerator’s promise
With bio-based fuel 100% & bio-based products can ensure a sustainable and environment and local production.
The New Incinerator’s approach
The 6-incineration process is 65% 3D liquid biofuel.
Comments are closed