Is reclaimed water reuse technology reliable now? Which team has better skills?
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With the increased emphasis on environmental protection in recent years, technologies related to wastewater discharge and solid waste treatment have developed rapidly. But what is the current level of technology for reclaimed water reuse? What is the cost of recycled water? Whose technology is better? Has the engineering work been more successful? Please ask an expert for advice! Thank you!
We handle the reuse or treatment of waste acid and wastewater. It mainly includes filler filtration for impurity removal, sulfidation for the removal of arsenic and heavy metal ions, electrochemical advanced treatment, hardness reduction, neutralization, precious metal recovery, etc., encompassing multiple patented technologies.
I’m also very interested in knowing how to treat high-salt wastewater Is recycling reliable? The company’s wastewater needs to be treated urgently
The section on high-salt wastewater treatment contains many successful project cases, which can be searched for.
It is recommended to post in this forum to explain the relevant technical principles and practical implementation, so that everyone can learn and apply them; who knows, there might be clients here.
There are many companies currently engaged in reclaimed water reuse and treatment of landfill leachate, and they can serve as a bridge between businesses and clients
Three-effect evaporation – our company is using it currently, and the results are quite good.
Plant beds can currently be considered a relatively mature technology
““Plant bed”? I don’t know much about it. Could you introduce one or two things?
It actually involves the use of plants such as water hyacinth and water celery to absorb nitrogen and phosphorus from wastewater; of course, this wastewater meets standards close to those for discharge into the environment. Ultimately, this wastewater is purified through biological processes so that it can meet the requirements for use as recycled water or cooling water.
The plant bed technology requires relatively high environmental conditions; there are few water bodies in the northwestern region, and the cold periods are long, so water hyacinths and water celery are likely to have difficulty growing there.