ELODE serves as a secondary dewatering unit that can be integrated with various types of dryers for post-treatment.
By installing ELODE as a pre-stage to an existing dryer, the operational efficiency can be significantly enhanced, reducing operational expenses (OPEX) by up to 70%.
When ELODE is installed before the main dryer, the required footprint for the drying equipment can be reduced by up to 80%. This allows for better utilization of existing facility space and reduces the need for additional equipment investment.
Traditional dryers typically consume a significant amount of energy, requiring around 0.98–1.1 kW to evaporate 1 liter of water. In contrast, with the ELODE pre-treatment, only around 0.4 kW is needed per liter of water evaporated, leading to more than 60% energy savings compared to conventional drying methods.
Since ELODE effectively resolves issues with dust, glue zones, and viscosity in the sludge, additional auxiliary equipment like dust collectors, back filters, and washing devices become unnecessary. This simplification of the process not only reduces maintenance costs but also streamlines the workflow.
By combining ELODE with traditional dryers, the system provides exceptional drying efficiency, making it easy to achieve over 90% dry solids (DS). This capability plays a vital role in optimizing sludge treatment and promoting the valorization of sludge resources across various industries.
A high-temperature dryer that evaporates water rapidly by rotating the sludge in a kiln.
Uses a fluidized bed to ensure uniform moisture removal and high heat transfer efficiency.
Suitable for applications requiring rapid drying through high-temperature evaporation.
Harnesses solar energy for an eco-friendly and cost-effective drying solution.
Utilizes a rotating drum to transfer heat and remove moisture from sludge at a moderate temperature with high efficiency.
Operates at lower temperatures to minimize energy consumption while providing stable drying for sludge.
Forms the sludge into a thin film, maximizing surface area and accelerating the drying process.
This combination system of ELODE and various dryers maximizes sludge treatment efficiency and offers an optimal solution for sludge valorization. The configuration can be customized to fit the sludge characteristics and treatment requirements of each industry, delivering benefits such as reduced operational costs, shortened processing time, and lowered maintenance demands.
By integrating ELODE with dryers, industries can establish an environmentally-friendly and cost-effective sludge treatment system that provides high drying efficiency, low operational costs, minimal installation space requirements, and reduced auxiliary equipment needs.
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