Fail-safe and space-saving ozone system

In water treat­ment, ozone is the strongest oxi­dant. It reli­ably removes impu­ri­ties and is not only high­ly effec­tive, but also envi­ron­men­tal­ly friend­ly. Its use pro­duces sig­nif­i­cant­ly few­er envi­ron­men­tal­ly harm­ful by-prod­ucts than com­pa­ra­ble technologies.

In drink­ing water treat­ment, ozone removes unpleas­ant odors and tastes. In waste­water, it removes trace sub­stances such as drug residues and pes­ti­cides. In addi­tion to oxi­da­tion, ozone is also used for dis­in­fec­tion, i.e. for the removal of germs. This is a big plus in many appli­ca­tions, such as aqua­cul­ture (rear­ing fish, mus­sels and cray­fish) and the treat­ment of cool­ing and process water.

Concentrated power pack

The new DULCOZON OZLa ozone sys­tem from ProMi­nent is a pow­er­ful ozone gen­er­a­tion sys­tem that saves a lot of space. Depend­ing on the ver­sion, it gen­er­ates between 380 and 6080 g of ozone per hour. At the same time, it requires up to 70 per­cent less space than con­ven­tion­al sys­tems and can be eas­i­ly installed on the wall.
Max­i­mum reliability

The sys­tem offers a high degree of fail-safe­ty with min­i­mal oper­at­ing costs and can be equipped with up to 16 ozone gen­er­a­tor mod­ules. The mod­ules can be con­trolled sep­a­rate­ly and oper­ate inde­pen­dent­ly of each oth­er, which increas­es oper­a­tional reli­a­bil­i­ty. In the event of a fail­ure, a back­up mod­ule can be used.

Exam­ple: In drink­ing water treat­ment, all process­es must run reli­ably and the sys­tems must be fail-safe. The sys­tem meets these require­ments par­tic­u­lar­ly well with its sep­a­rate­ly con­trol­lable modules.

Conserving resources and saving costs

The oxy­gen and ener­gy con­sump­tion of the plant auto­mat­i­cal­ly adjusts to the amount of ozone required. With an inno­v­a­tive water cool­ing sys­tem, sig­nif­i­cant­ly less cool­ing water is also required than with con­ven­tion­al ozone sys­tems. This saves resources and reduces oper­at­ing costs by up to 15 percent.

Ozone gen­er­a­tor mod­ules can be flex­i­bly switched on and off as required. This allows the amount of ozone pro­duced to be adjust­ed to fluc­tu­a­tions, such as in a waste­water treat­ment plant where a lot or lit­tle waste­water is treat­ed at times. In this way, oper­at­ing costs can be minimized.

The sys­tem is easy to oper­ate with a touch dis­play and can be mon­i­tored and con­trolled remote­ly by inte­grat­ing it into high­er-lev­el con­trol systems.