Water & Wastewater Treatment Magazine
Issue link: https://fhpublishing.uberflip.com/i/1223154
www.wwtonline.co.uk | WWT | APRIL 2020 | 5 PREVENT LEAKAGES; SAVE WATER! TEL: +44 (0) 208 670 7511 FAX: +44 (0) 208 761 2456 EMAIL: mail@denso.net www.denso.net WINN & COALES (DENSO) LTD A MEMBER OF WINN & COALES INTERNATIONAL INCREASE THE SERVICE LIFE OF YOUR WATER PIPELINES AND FITTINGS WITH DENSO ® • OUR CORROSION PREVENTION SYSTEMS HELP TO REDUCE THE RISK OF COSTLY REPAIRS AND WATER LOSS • FULLY COMPLIANT WITH P1 & P2 CIVIL ENGINEERING SPECIFICATIONS FOR THE WATER INDUSTRY • FREE APPLICATION TRAINING AVAILABLE • CONTACT US FOR MORE INFORMATION BS EN ISO 9001:2015 & 14001:2015 BIO-BLOK ® The Intelligent Fixed Film Media When bacteria (biological film or bio-film) grow on a flat sheet media, the specific surface area will remain constant even with the establishment of a thicker bio-film. BIO-BLOK ® , however, is designed as a helical structure, based on oval threads with a defined diameter. When these threads become thicker due to growth in the thickness of the bio-film, the specific biologically active surface increases correspondingly. Therefore, using BIO-BLOK ® results in a considerable reduction in volume of media needed for effective treatment, offering substantial savings on asset size and build. Benefits of using BIO-BLOK ® : Experience the benefits of BIO-BLOK ® The only Intelligent Fixed Film Media on the market! Fields of Application include - Wastewater treatment plants for industrial and domestic sewerage Aeration and degassing Aquaculture Bioscrubbers and cooling towers Key Benefits include - Efficient,versatilebiologicaltreatment Reduced lifetime cost Unique design and surface structure enhancesdevelopmentofbiologicalfilm Economical,efficientandeasytouse Reduced asset size Extremely effective BOD, ammonia and S/S reduction When bacteria (biological film or bio-film) grow on a flat sheet media, the specific surface area will remain constant even with the establishment of a thicker bio- film. BIO-BLOK ® , however, is designed as a helical structure, based on oval threads with a defined diameter. When these threads become thicker due to growth in the thickness of the bio-film, the specific biologically active surface increases cor- respondingly. Therefore, using BIO-BLOK ® results in a considerable reduction in volume of me- dia needed for effective treatment, offer- ing substantial savings on asset size and build. Bring us your effluentchallenges. Georg Jensens Vej 5 - DK-9800 Hjørring - E-mail: plast@expo-net.dk - www.bio-blok.com / www.expo-net.com Increased Bio-film Growth A"thin"bio-filmresults in a relatively low specificbiologically active surface area. Bio-filmgrowth increasesthespecific biologically active sur- faceareasignificantly. Rough Surface & Strand Formation Biological growth on BIO-BLOK ® with smooth surface Biological growth on BIO-BLOK ® with rough surface Cross-section of a BIO-BLOK ® thread Developmentofbio-film considerable reduction in volume of me dia needed for effective treatment, offer ing substantial savings on asset size and build. challenges. challenges. Visit our stand at Ireland Water Conference, Croke Park Dublin, 29th April 2020 Or contact us at bb@expo-net.com