the filter
Although water is a renewable resource, today it is a limited resource.
The water balance is negative since consumption is faster than the recovery phase and the quantity
polluted water tends to prevail over primary water, therefore, a simple reduction is not enough
of consumption.
Water treatment is one of the cornerstones of the technological future, as the demand for highly efficient products in purification is constantly increasing.
The developed and patented technology has broken down the application barriers that have hitherto prevented the use of carbon nanotubes in the environmental field and responds to those global needs such as the reuse of water, the reduction of waste and controlled management of waste, especially if industrial.
Our attention is focused on wastewater, which without any purification treatment would be wasted investigating the fragile ecosystem in which we live.
Offer an innovative and sustainable product that places particular interest in the conservation and enhancement of environmental balances for a better quality of life.
WHY CHOOSE INNOVACARBON'S FILTER
flexibility
regeneration
recovery
efficiency
integration
revaluation
TECHNOLOGY
The core of the technology lies in the adsorbent material of which it is composed, i.e. carbon nanotubes supported on inert material. It is one of the most interesting nanomaterials in recent years, which has shown excellent adsorption properties against certain substances such as dyes and hydrocarbons, improving the purification performance compared to the technologies available on the market.
What makes this product unique and highly innovative is the ability to regenerate the filtering material and the recovery of the filtered pollutant. SCHEMA To use the filter, it is not necessary to pre-treat the water to be purified.
The adsorbent material is flexible to multiple pollutants such as waste oils, hydrocarbons, polyphenols, industrial dyes, herbicides, pesticides, pesticides, surfactants, and others, breaking them down even if in small traces. It is easy to integrate into production processes thanks to its versatility of application even in pre-existing purification plants.
The regeneration of the material occurs once the filter is saturated which, thus, can be reused for n cycles while maintaining its high performance unchanged.
The recovery of pollutants, if requested by the customer, allows their reintegration into the production processes. From critical issues, these substances can go back to being resources.
This filter could find application in the following sectors:
• The textile industry uses a lot of water. Water is used to clean the raw material and for many flow phases during the entire production.
• The tanning industry is one of the oldest natural material processes. Tannery wastewater usually contains large quantities of organic pollutants, even with the presence of sulphides and chromium.
• Food companies for the processing of ready-to-use products use a high quantity of water resources and therefore do not need to treat and purify the wastewater from the production cycle (eg pesticides, pesticides).
• Waste from the chemical and petrochemical industry has highly variable characteristics depending on the process and production site (from clean water to highly toxic waste).
• Reclamation companies that carry out reclamation operations by installing chemical-physical plants for the regulation of an area.
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