Removal of Heavy Metals from Industrial Estate Wastewater
Description
We require a high-precision technology for the separation of heavy metals and mercury from industrial estate wastewater in order to reduce environmental impacts and existing pollution in the industrial estates of the country. This technology should handle a maximum input volume of 100 liters per second. It should be scalable on a national level and compatible with the diverse climatic conditions across different regions of Iran.
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Development Plan
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About Seeker
The Organization of Industrial Townships of the Country, as an experienced organization with a strong emphasis on strategic objectives, is dedicated to achieving significant and long-term results in the development of the country's industries. Our mission in all organization activities is centered on the question: How can we realize the overarching goals of creating development and progress for the country in future periods?
Technology Seeker
The Organization of Industrial Estates of the Country
The Organization of Industrial Townships of the Country, as an experienced organization with a strong emphasis on strategic objectives, is dedicated to achieving significant and long-term results in the development of the country's industries. Our mission in all organization activities is centered on the question: How can we realize the overarching goals of creating development and progress for the country in future periods?
Project Info
- Topic:
Removal of Heavy Metals from Industrial Estate Wastewater
- Industry Type(s):
Circular Economy & Sustainability, Environmental Services, Infrastructure, Real Estate, Sustainable Energy, Urban Solutions Opportunities and Support Opportunity to pilot at selected.
- About Project
We require a high-precision technology for the separation of heavy metals and mercury from industrial estate wastewater in order to reduce environmental impacts and existing pollution in the industrial estates of the country. This technology should handle a maximum input volume of 100 liters per second. It should be scalable on a national level and compatible with the diverse climatic conditions across different regions of Iran.