Zero Discharge System: Minimize Environmental Impact with Economy Solutions

Zero Discharge System Description

At Economy Process Solutions, headquartered in Mumbai, India, we specialize in cutting-edge solutions aimed at achieving zero discharge in industrial operations. Our innovative approach integrates advanced technologies such as Multiple Effect Evaporator (MEE) and Agitated Thin Film Dryer (ATFD) to optimize resource utilization and minimize environmental impact. By leveraging forced circulation evaporators, we effectively address scaling challenges commonly encountered in traditional evaporator systems. Moreover, our preference for indirectly heated dryers over direct contact alternatives like spray or flash dryers ensures a cleaner operating environment by eliminating concerns such as dusting, odors, and air pollution. With our solutions, we not only reduce operating and disposal costs but also contribute to a sustainable future.

At Economy Process Solutions, we take pride in offering complete skid-mounted systems that streamline installation and enhance overall system efficiency. Our solutions are designed for fully automatic operation, powered by a PLC-based SCADA (Supervisory Control and Data Acquisition) system. This allows for optimized operational control and monitoring, ensuring seamless performance. By integrating these advanced technologies, we not only deliver cost-effective solutions but also adhere to stringent environmental regulations. This reflects our commitment to sustainability and responsible industrial practices, as we strive to create a better future for our planet.

Use of MEE and ATFD reduces operating and disposal cost.
Use of forced circulation evaporator minimize scaling in evaporator.
Indirectly heated dryer gives no dusting,smell or air pollution as in case of direct contact dryer like spray or flash dryer.
Complete skid mounted system can be offered.
Fully automatic operation is achieved by PLC based SCADA system

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Frequently Asked Questions

An extraction unit is a device or system that is used to extract or remove a substance from a mixture or matrix. Extraction units can be used to extract a wide variety of substances, including liquids, gases, and solids.

There are several types of extraction units, including:

Solid-liquid extraction units, which are used to extract a substance from a solid matrix, such as soil or sediment
Liquid-liquid extraction units, which are used to extract a substance from a liquid mixture, such as separating oil from water
Gas extraction units, which are used to extract gas from a mixture, such as separating oxygen from the air

Yes, extraction units can be used for purifying water by removing impurities and contaminants through the process of extraction. This can be particularly useful for purifying water in areas where the water source is contaminated or not suitable for drinking.

Different types of extraction units can vary significantly in cost due to differences in design, materials, and operating principles. For example, gas extraction units may be more expensive than solid-liquid extraction units, while liquid-liquid extraction units may be more expensive than solid-liquid extraction units.

Proper maintenance of an extraction unit is important to ensure that it is operating efficiently. This may include cleaning the extraction unit, checking and replacing worn parts, and ensuring that the extraction unit is properly calibrated. It may also involve monitoring and adjusting the operating parameters of the extraction unit to optimize its performance.

Zero Discharge System

Zero Discharge System Description

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