Terbutryn is a herbicide mainly used in winter crops, such as wheat and potatoes. Pesticide poisoning with this chemical carries severe consequences, as it affects the central nervous system in animals. Our water technology, Nyex, is extremely effective at terbutryn removal from water. We have reduced terbutryn to below 0.001µg/L (below the limit of detection).
Terbutryn is a herbicide mainly used in winter crops, such as wheat and potatoes. Pesticide poisoning with this chemical carries severe consequences, as it affects the central nervous system in animals. Our water technology, Nyex, is extremely effective at Terbutryn removal from water. We have reduced Terbutryn to below 0.001µg/L (below the limit of detection)
Our water technology, Nyex, is extremely effective at Terbutryn removal from water. We have reduced Terbutryn to below 0.001µg/L (below the limit of detection)
Terbutryn is a herbicide mainly used in winter crops, such as wheat and potatoes. Pesticide poisoning with this chemical carries severe consequences, as it affects the central nervous system in animals. Our water technology, Nyex, is extremely effective at Terbutryn removal from water. We have reduced Terbutryn to below 0.001µg/L (below the limit of detection)
Terbutryn is a widely used herbicide used to control a variety of weeds.
It enters wastewater systems through several pathways, including runoff from agricultural fields, leaching from treated surfaces, and urban runoff. Once in wastewater, Terbutryn can persist due to its chemical stability and resistance to biodegradation.
The accumulation of Terbutryn in wastewater poses significant environmental risks. If not adequately removed, it can contaminate surface and groundwater, leading to adverse effects on aquatic ecosystems.
Terbutryn has been shown to disrupt endocrine systems in aquatic organisms, potentially leading to population declines and biodiversity loss. Furthermore, the presence of such contaminants in drinking water sources raises public health concerns, necessitating effective removal strategies.
Terbutryn is classified as a triazine herbicide. It is primarily used by farmers to control broadleaf and grassy weeds in crops such as corn, wheat and various ornamental plants.
Developed in the 1960s by Ciba-Geigy, Terbutryn received approval for use in the United States in 1975, followed by approvals in Europe and the UK.
Whilst Terbutryn is primarily used in agricultural applications, it is not intended for direct use on humans or animals. Its primary function is to inhibit photosynthesis in target plants, effectively preventing their growth. However, its environmental persistence raises concerns about its impact on non-target species as well as ecosystems.
Terbutryn is increasingly recognised as a contaminant of concern due to its potential ecological and health impacts. Its persistence in the environment can lead to bioaccumulation in aquatic organisms, which may disrupt food chains and ecosystems. Additionally, the presence of Terbutryn in wastewater can contribute to the development of antimicrobial resistance (AMR).
The relationship between Terbutryn and AMR is complex. Put simply, while Terbutryn itself is not an antibiotic, its presence in the environment can create selective pressures that favour resistant microbial populations.
This can lead to the proliferation of resistant strains, complicating public health efforts to manage infections and treat diseases effectively.
Several systems exist for removing Terbutryn from wastewater, each with its own advantages and disadvantages:
Among these methods, the Nyex™ systems from Arvia Technology stand out as the most promising solution. They offer a balance between cost-effectiveness and environmental impact, making them an attractive option for targeted wastewater treatment.
Nyex™ water treatment systems from Arvia Technology are designed to effectively remove pollutants like Terbutryn from wastewater.
These systems utilise advanced technologies that combine adsorption and electrochemical processes, resulting in high removal efficiencies.
Arvia Technology is a leader in next-generation water treatment solutions, moving away from ‘legacy’ treatment methods that often fall short in terms of efficiency and sustainability.
Nyex™ systems are not only cost-effective but also minimise the (often appreciable) carbon footprint associated with conventional wastewater treatments.
The Nyex Rosalox™ treatment systems integrate the best of adsorption and electrochemistry into a compact design. This innovative approach allows for:
The advantages of Nyex™ systems over conventional methods include lower operational costs, reduced environmental impact, and enhanced treatment performance – often down to Predicted No-Effect Concentration (PNEC levels).
Stephen Strawn
Wastewater Treatment Consultant
Book a meeting at your convenience to talk to one of our specialists about your wastewater issues. Or send us an enquiry.
Herbicides play a significant role in modern agriculture, but their environmental impact is a growing concern. These chemicals can contaminate soil and water systems, leading to detrimental effects on ecosystems.
Whilst herbicides are effective for weed control, their environmental consequences necessitate careful management and the exploration of sustainable alternatives. That’s why removing them from wastewater (without a massive environmental impact) is so crucial.
The removal of pharmaceutical products, including Terbutryn, from wastewater is crucial for protecting public health and the environment. The persistence of such contaminants poses significant risks, and effective treatment solutions are essential.
Arvia Technology is at the forefront of this challenge, offering innovative solutions that address the complexities of wastewater treatment worldwide. Arvia’s Nyex™ systems represent a significant advancement in technology, ensuring that all pharmaceutical products and many other recalcitrant organic compounds, not just Terbutryn, are effectively removed from wastewater.
