Our Solutions
We at ESFA understand that one solution is not suitable for every customer. We are technology agnostic, therefore we design the solution individually case by case according to the project's requirements. With modern and proven technology, we can convert waste problems to valuable revenue streams.
Waste to Energy
Hemmed in by major population centers, landfill space most countries is at a premium, so burning wastes to reduce their volume and weight makes sense. Combustion reduces the volume of material by about 90 percent and its weight by 75 percent. The heat generated by burning wastes has other uses, as well, as it can be used directly for heating, to produce steam or to generate electricity.
We are able to plan and design plants for thermal treatment of a wide range of different waste materials. Our services are specifically tailored to the respective requirements of our clients. Irrespective of whether we are supplying the entire process chain or just individual components, we are constantly optimizing our products and processes to ensure we always offer long-lasting, efficient and cost-effective solutions.
We are able to plan and design plants for thermal treatment of a wide range of different waste materials. Our services are specifically tailored to the respective requirements of our clients. Irrespective of whether we are supplying the entire process chain or just individual components, we are constantly optimizing our products and processes to ensure we always offer long-lasting, efficient and cost-effective solutions.
Waste Sorting & Recycling
In its crudest form, mixed municipal waste has little value. The individual materials contained in mixed municipal recovered, they can replace virgin materials in the manufacture of new products, and removing them from the waste stream reduces the amount of waste sent to final treatment. Waste sorting plants can be used to recover materials from the municipal waste stream by acting as a filter between collection and disposal.
In a waste sorting plant, we can design a series of sorting processes supported by a variety of ancillary facilities designed to manage the process and maintain output quality. At the plant, waste undergoes a series of procedures that refine the material stream, extracting specific materials that can be recycled, or removing material suitable only for disposal. Termed positive and negative sorting respectively, most sorting plants rely on both types of sorting to produce clean fractions of sufficiently high quality.
In a waste sorting plant, we can design a series of sorting processes supported by a variety of ancillary facilities designed to manage the process and maintain output quality. At the plant, waste undergoes a series of procedures that refine the material stream, extracting specific materials that can be recycled, or removing material suitable only for disposal. Termed positive and negative sorting respectively, most sorting plants rely on both types of sorting to produce clean fractions of sufficiently high quality.
Waste Transfer and Transport
Transfer stations are key to cost-effective solid waste transportation for cities and municipalities. Transferring waste from the small, local collection trucks onto larger vehicles such as a train or barge significantly reduces the transportation cost and environmental impact of moving trash from homes and businesses to the landfill.
Other Benefits Include:
Other Benefits Include:
- An opportunity to recover recyclable items and take them out of the waste stream.
- Preventing hazardous waste from ending up in a landfill, which limits chemical pollution and future soil contamination.
- Doubling as a drop-off center for local residents to take bulk items or recycling.
- Delivering fuel savings and reducing road wear since garbage trucks run shorter routes with lighter loads.