Blue Activity products

The best of nature and science is 100% organic and 100% free of genetic modification, proven by the ATCC and the EFSA (European Food Safety Authority). Because it is not about continuing to fight against nature, but much more about working together with it and using its positive powers in the right way. The advantage of using BA-Synbiorex® is that it naturally strengthens the existing microflora, which benefits both humans and the environment. BA-Synbiorex® has a high cleaning effect against biofilms and also prevents the formation of new biofilms. Heat transfer is improved by the significantly cleaner surfaces, which minimizes CO2 emissions. Maintenance measures are minimised or can be postponed, since no halogens are introduced due to the sustainable water treatment. This also improves wastewater parameters such as AOX / COD. BA-Synbiorex® itself is classified as non-hazardous to water (nwg) according to AwSV and positively supports your processes with regard to the SDG / ESG / CSRD criteria. This is because the available water resources are of the utmost importance for humans and other living creatures and will not tolerate any further overexploitation / contamination.

Hardness stabilisation and corrosion protection are important in water conditioning. But are you already using the Plus Effect? Classical additives are based on petroleum-based terpolymers or copolymers, some of which contain high levels of phosphates. As a result, more and more operators are experiencing difficulties with their wastewater values. Our solution is based on biopolymers with a greatly reduced phosphate content. The plus effect is that your system will experience a significantly improved cleaning effect with the use of BA-CorProtect®. In addition, we also dissolve iron hydroxides and sulfates for the first time with BA-CorProtect®, so that the pipe walls regain their smooth surfaces.

State-of-the-art sensor technology for more safety, transparency and cost efficiency in industrial water systems. Why sensor technology? Water treatment measures are complex and should not only be adapted to the respective system, but also adapt individually to changes during the course of the year. But how can you effectively determine the necessary dosing quantities and react quickly to changes? Values from the redox measurement are often quoted / used here. But is it really possible to make an exact statement about the biofilm? Thanks to state-of-the-art biofilm/scaling sensor technology, corresponding deposition tendencies can be detected at an early stage and appropriate adjustments can be made promptly. In addition, we offer further helpful monitoring options via our BA-Cycle+® such as flow, product content, corrosion as well as level measurements and all this available ONLINE at any time.

Goodbye legionella - by means of a modern disinfectant free of hazardous substances for water treatment including biofilm reduction. What to do in case of legionella infestation? Legionella limit value or even the action value exceeded? Now, above all, good and lasting advice is often very expensive. There are many methods on the market, ranging from thermal treatment to water-air or water-gas impulse methods to very costly string renovation. But with many methods, especially in existing buildings, the system is severely affected by the treatment method. This does not have to be the case. To prevent germination, an effective and sustainable treatment is sufficient as long as it also has an effect on the biofilm.

Effectively and sustainably remove microbiology in drinking water and reduce energy costs in the process. Combining sustainability, hygiene safety and energy reduction. That is the main task we have set ourselves. But why?Even our tested drinking water quality still contains minute amounts of microbiological substances (germs/bacteria) in a concentration that is still harmless. However, errors in use and technical system deficiencies (e.g. stagnation pipes, faulty temperatures, etc.) can very easily lead to hygienically questionable situations that result in legionella contamination in the TWA. To increase the hygiene safety of the entire TWA many times over, we use an ultrafiltration technology specially developed for drinking water systems. In addition to hygiene safety, energy savings of up to 30% and more can be realised by gradually lowering the temperature level. With the help of an optimised and at the same time safe temperature level, the entire TWA is protected, the service life is significantly increased and maintenance costs are minimised. The patented technology inside the plant ensures a high level of plant safety as well as hygiene safety with scientific proof. We recommend carrying out the measure in close coordination with the responsible health authorities.