Oxygen and Ozone Transfer into Water: What You Need to Know for Efficient System Design
How to efficiently dissolve ozone and oxygen into water: the right transfer method, reactor design, and CT value calculation. Venturi vs. diffuser vs....
Discover the latest information about ozone systems, their applications, maintenance tips, and industrial uses on our blog. Stay up to date with innovations in clean air technologies.
How to efficiently dissolve ozone and oxygen into water: the right transfer method, reactor design, and CT value calculation. Venturi vs. diffuser vs....
Does ozone remove all pesticides from fruit and vegetables? We debunk common myths with literature data, setting out the real gains and limitations of...
Inline ozonation offers a powerful disinfection solution for water bottling facilities; however, bromate risk, residual ozone management, and material...
Microbial risk management in lentil, chickpea, and buckwheat flours cannot rely on chemical fumigation in organic production. Ozone gas offers a resid...
Waterborne diseases are a leading cause of crop losses in greenhouses. Ozone technology disinfects irrigation water without chemical residue, preventi...
Patulin is a mycotoxin that poses serious health risks in apple juices. Ozone technology eliminates this toxin at rates of up to 90%, meeting food saf...
Feed gas selection directly determines ozone system performance and operating cost. We compare PSA oxygen and air-fed systems through the OCS Ozone en...
How do you size an ozone generator correctly? OCS Ozon explains the flow rate, target dose, transfer efficiency and safety margin calculation behind e...
What is an ozone generator? What is an ozone system? Which one do you actually need and when? OCS Ozon explains the difference with practical examples
How does ozone technology improve water quality in RAS and open-cage fish farms? Technical guide on pathogen control, ammonia removal, and oxygen inte...
What are microbubbles and nanobubbles? How do they increase ozone transfer efficiency? Application areas in aquaculture, wastewater, and food processi...
Why should ozone and biological treatment be used together? Which architecture should be chosen and when? Integrated wastewater treatment guide for te...
How does an ozone UV system remove pesticides from fruit and vegetables? Why can't H₂O₂ be used in food applications? Zero residual ozone O₃+UV techno...
How are scrubbers and ozone integrated for industrial stack odor removal? Should you choose PP or 316L stainless steel? A field-based technical guide...
What is OUE/m³, what is the legal odor limit in Turkey, and is your facility exceeding it? Everything you need to know about industrial odor measureme...
Are ozone systems really expensive? OCS Ozon experts break down the 4 most common misconceptions — and the facts — about discharge tube, energy, and s...
keşfedin 12:11 Claude responded: Why is rendering odor in feed mills so persistent? Why is rendering odor in feed mills so persistent? How do you cho...
Why is oxygen used in the MAP process? Discover the role of oxygen generators in the poultry sector and their impact on quality — and take your produc...
ORP or PPM in ozone systems — which measurement method is more accurate? Learn the right control strategy for industrial applications.
Discover how ozone technology is used for water recovery in industrial facilities — effective solutions for cost reduction and sustainability.
How can Legionella risk in cooling towers be reduced? Discover the advantages of ozone-based disinfection and how it compares to chemical treatment.
How is ozone dosage calculated in wastewater treatment plants? A guide to determining the correct ozone capacity based on flow rate, pollutant load, a...
Chemicals or ozone? Compare the most effective methods for odor removal in industrial facilities. Cost and performance analysis — right here.
What is H2S gas and how is it removed? Learn the most effective ways to permanently solve odor problems in industrial facilities using ozone technolog...
How is the odor problem solved in wastewater treatment plants? Learn about permanent solution methods using H2S removal and ozone technology.
Thanks to its strong oxidative properties, ozone has become a valuable tool in both civilian and military applications. In defense, however, its impor...
Ozone was first isolated in the 19th century and was named "ozone," derived from the Greek word for "to smell," because of its characteristic odour....
As demand for cleaner indoor environments grows, ozone generators are becoming indispensable tools across various commercial sectors. However, using t...
The connection between ozone generators and nitric acid is, unfortunately, a subject about which many companies in the sector have very little knowled...
Today, the importance of clean air and hygiene is steadily increasing. Various technologies are used to create a healthy environment both at home and...
"Snake oil salesman" is a term used to describe someone who sells fake or deceptive products, often making exaggerated or false claims about the benef...
Food safety, while important in every season, becomes even more critical during the hot summer months in particular. High temperatures can cause micro...
Swimming pools are one of the indispensable pleasures of the summer months. However, in order to ensure a hygienic and healthy swimming experience, th...
Biological ponds are structures that, as natural water treatment systems, have the potential to preserve the ecological balance and improve water qual...
Odors emitted from industrial stacks have negative effects on the environment and human health. In this blog post, the effectiveness of ozone gas in r...
Ozone gas (O₃), thanks to its powerful oxidising properties, has found a wide range of uses across various industries. In the hospitality sector in pa...
In recent months, we have received maintenance, overhaul or repair requests from customers experiencing problems with the equipment of many ozone gene...
The food supply chain is of great importance in ensuring the freshness and safety of products on their journey from farm to table. The recent increase...
The hot days of summer and the decrease in rainfall make the sustainability of water resources even more critical. The adoption of best practices in w...
Shellfish are among the indispensable items on our tables thanks to their nutritional value and flavor. However, these products may harbor pathogens a...
Ensuring hygiene and safety in food production is one of the cornerstones of protecting consumer health. In this context, ozone generators stand out a...
Ozone (O₃) is a gas that is widely found in nature and has high oxidation power. It draws attention with its use in improving air quality, water treat...
One of the biggest problems encountered during the production and storage of fresh and dried fruits and vegetables is microbial loads and pesticide re...
Ozone (O₃), thanks to its powerful oxidative properties, renders germs, bacteria and viruses inactive by disrupting their cell structures and proteins...
Hydrogen sulfide (H₂S), known for its rotten-egg odor, is a gas commonly encountered in nature and in industrial processes. H₂S, which arises especial...
In today's world, with the shift in attitudes towards hygiene in the post-pandemic era, the importance of cleaning and disinfection in hotels has incr...
Turkey faces the necessity of protecting its water resources due to factors such as rapidly increasing population, industrialization and climate chang...
Ozone technologies have become an important field that offers environmental sustainability and innovative solutions. As of 2025, the areas of use of o...