Sustainable Solutions for Living Waters
Combining scientific innovation with natural processes, we create high-performance solutions that reactivate biodegradation, restore sediment balance, and ensure cleaner, healthier water systems for communities and industries alike.
Why Choose Our Solutions
Our products are designed to work hand in hand with natural processes, restoring balance to aquatic ecosystems while delivering efficient and sustainable results. By combining advanced mineral formulations with eco-friendly innovation, we help communities, industries, and the environment thrive.
Enhanced Biodegradation
Boosts natural microbial activity, accelerating organic matter breakdown in sediments and lowering overall pollution levels.
Improved Oxygen Availability
Reduces sediment organic load, increasing oxygen levels in the water and supporting aquatic ecosystem health.
Deep & Targeted Action
Reaches deep sediment layers without dispersion, ensuring long-lasting efficiency and effective mineralization processes.
Delos WWT
Harnessing Science to Heal Water
Combining scientific innovation with natural processes, we create high-performance solutions that reactivate biodegradation, restore sediment balance, and ensure cleaner, healthier water systems for communities and industries alike.
We are constantly committed to developing new products
Being a reliable partner of customers around the world.
Our mission is to combine advanced science with natural processes to regenerate ecosystems, ensuring cleaner water and a healthier planet.
Our Products
WT.V.C
Mineralic ion exchangers activates the biodegradation action of the organic residues present in waste water.
About WT.V.C
Minerallic ion exchangers which exchange ions between two electrolytes or between an electrolyte solution and a complex. In most cases the term is used to denote the processes of purification, separation, and decontamination of waste water.
The product activates bio-degradation action of the organic residues present in the waste waters and sediments, allowing for their mineralization. In this manner, the eutrophication and anoxia of the waste waters is limited. Ion exchangers have binding preferences for certain ions or classes of ion, depending on their chemical structure. Ion exchange is now widely used in pollution control.
WT.T.D.80
Mineralic ion exchanger for biodegradation
of organic residues present in waste water.
About WT.T.D.80
pollution control.
The product activates biodegradation action of the organic residues present in the waste waters and sediments, allowing for their mineralization. In this manner, the eutrophication and anoxia of the waste waters in limited, lon exchangers have binding preferences for certain ions or classes of ions, depending on their chemical structure. lon exchange is now widely used in pollution control. The process strategy depends sntirely on the waste to be treated, concentration of pollutants and flow rates.
WT.D.X.50
Mineralic ion exchanger for biodegradation
of organic residues present in waste water.
About WT.D.X.50
ADVANTAGES:
The product permits the activation of natural processes of biodegradation of those organic substances. This biodegradation action reduces the quantity of organic materials in the sediment allows for an increase in oxygen availability in the water column and the reactivating of mineralization processes.
It also allows the deepest sediments to be reached without dispersion and increasing efficiency. And now ion exchange is widely used in pollution control.
WT.T.M.20 and WT.T.M.25
Mineralic ion exchanger for biodegradation
of organic residues present in waste water.
About WT.T.M.20 and WT.T.M.25
ADVANTAGES:
The product permits the activation of natural processes of biodegradation of those organic substances. This biodegradation aciton reduces the quantity of organic materials in the sediment allows for an increase in oxygen availability in the water column and the reactivating of mineralization processes.
It also allows the deepest sediments to be reached without dispersion and increasing efficiency. And now ion exchange is widely used in pollution control.
WT.L.D.10
Mineralic ion exchanger for biodegradation
of organic residues present in waste water.
About WT.L.D.10
ADVANTAGES:
The product activates the biodegradation of organic residues present in wastewater and sediments, allowing for their mineralization. In this manner, the eutrophication and anoxia of wastewater are limited. Ion exchangers have binding preferences for certain ions or classes of ions, depending on their chemical structure. Ion exchange is now widely used in pollution control.
WT.B.M.X
Mineralic ion exchanger for biodegradation
of organic residues present in waste water.
About WT.B.M.X
Mineralic ion exchanger for efficient biodegradation actions in waste water. Mineralic ion exchanger specifically formulated to accelerate the reactions of mineralization of organic substrates in all sewage water environments.
ADVANTAGES:
The product activates biodegradation action of the organic residues present in the wa
WT.F.B.10
Mineralic ion exchanger for biodegradation
of organic residues present in waste water.
About WT.F.B.10
Special formulation made up of a particular and specific mineralic ion exchanger.
ADVANTAGES:
The product permits the activation of natural processes of biodegradation of organic substances. This biodegradation action reduces the quantity of organic materials in the sediment which allows for an increase in oxygen availability in the water column and the reactivating of mineralization processes.
It also allows the deepest sediments to be reached without dispersion and increasing efficiency.
And now ion exchange is widely used in pollution control.
WT.T.PH
Mineralic ion exchanger for biodegradation
of organic residues present in waste water.
About WT.T.PH
Mineralic ion exchangers which exchange ions between two electrolytes or between an electrolyte solution and a complex. In most cases the term is used to denote the processes of purification, separation, and decontamination of waste water.
ADVANTAGES:
The product activates bio-degradation action of the organic residues present in the waste waters and sediments, allowing for their mineralization. In this manner, the eutrophication and anoxia of the waste waters is limited.
Ion exchangers have binding preferences for certain ions or classes of ions, depending on their chemical structure. Ion exchange is now widely used in pollution control.
Your reliable & trustworthy partner for living waters!
We are proud of a multidisciplinary team with extensive experience and top technologies that underlie all the laboratory studies we perform. We are always up to date with the latest scientific discoveries and we focus on the continuous professional development of the research team.
What We’re All About
Innovation
We are always focused on research and development, in order to create better and more effective waste water treatment products. Through innovation we manage to create long-term value for our clients and the environment.
Professionalism
We are a multidisciplinary team of chemists and experts working every day with dedication and professionalism. We promote excellence in our activity. We meet our clients and partners’ needs, and we produce waste water treatment products at the highest quality standards.
Integrity
We respect the highest ethical standards, worthy of the trust of our clients and partners. We show integrity in each of our decisions and partnerships.
Responsibility
A clean ecosystem is a necessity and a constant priority in our society. Thus, we act responsibly towards our partners and we commit to ensuring its health by developing effective products for clean waters.
Precision-engineered solutions for biodegradation.
We develop innovative, eco-friendly solutions that activate natural biodegradation processes, restore balance in aquatic ecosystems, and improve water quality for a healthier environment.
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