Your electrolytic system is designed to be rugged and dependable, so make sure you protect your investment with OEM parts. Counterfeit and non-OEM components will not only nullify your warranty but will cause you to lose your IMO certification—adding a safety risk that no one in this industry can afford to take.
Don’t be deceived by look-a-likes. Many items offered in today’s marketplace ‘appear’ to be exact copies of certified OEM parts, so much so that an unsuspecting purchasing agent may not question their authenticity. Furthermore, many of these knockoffs are advertised as ‘same as original’ or ‘meets OEM standards’. However, the use of counterfeit parts could lead to operational equipment changes, premature breakdowns, and non-compliant effluent discharge values. The use of non-OEM parts can also result in potential fines and poor environmental-impact reviews if the equipment is outside the type certified or approved design. These are some of the potential consequences that mindful customers should not risk.
Meet De Nora’s global service and support team. Our aftermarket team is comprised of highly skilled technicians certified for working offshore—a differentiator that matters. Our experts have built many OMNIPURE systems over the course of several years, prior to servicing them. In short, we know our components and the regulations inside and out. There’s a lot we can do beyond supplying OEM replacement parts. Do you need help with implementing your annual refurbishment program? Is your system aging or having a particularly troublesome issue? Does your maintenance staff need a refresher course or other training? Do you need us to service a remote or difficult to reach location? Look no further than De Nora’s global aftermarket team for the best advice and product knowledge.
Do you have an older OMNIPURE system? Let us refurbish your system and get it working like new. Our certified technicians can upgrade your system to the most recent version, test and certify it, and extend your warranty. Our upgrade program applies to any model in the field, regardless of age. Learn more.
About our Experts
Dana Casbeer, our OMNIPURE Product Line Manager, has been with De Nora for almost a quarter of a century. A native of Houston, TX, he has an extensive background as a Mechanical Engineer installing, maintaining, and servicing offshore electrolytic systems for both offshore and marine customers. Follow him on LinkedIn to keep informed about the latest information for OMNIPURE.
As a mechanical engineer and technology professional, who was also one of the original designers of SANILEC equipment in the early 2000s, Jose Lopez understands the piping and structural layouts of seawater electro-chlorination systems inside and out. Today, as the technology manager for both SANILEC and SEACLOR product lines, he is on a mission to make the maintenance and care of these critical systems readily accessible to offshore equipment owners everywhere.
For any near shore or offshore application—from power plant cooling to firewater circuits or any underwater equipment that has access to saltwater, De Nora is the electro-chlorination market leader. De Nora has been instrumental in making sure that essential Oil & Gas equipment stays clean and in optimum condition for almost 100 years—with performance, safety, and environmental concerns as top priorities.
De Nora Retrofit Programs
Extending the life of older equipment can help lower costs, and in many instances, keep your electro-chlorination system working as good as new. Many systems in the field, even those 20-25 years or older, have an excellent maintenance record. Form the retrofit perspective, for them maintenance is more about cell replacement every five to seven years. Other customers may be experiencing downsizing of their staff and need a remote monitoring capability—with the addition of automation, transmitters, and controls so the operator can monitor the health of a system from a single master control center. While remote monitoring has been in practice a very long time—primarily for status and alarms —De Nora can improve that automation by designing a box (seawater in/hypochlorite out), then sending the hypochlorite to ten or more different locations. Automating the process allows the operators to avoid isolating those valves—saving time, money, and unplanned outages.
Other older systems may be ready to change out their technology—either because they have outgrown their capacity and need more chlorination. These SANILEC customers may want to add an additional electrolyzer, or alternatively upgrade to the SEACLOR product line, which features a more compact design and the ability to produce higher capacities. Regardless, these are major decisions that take advanced planning and our field technicians are at the ready to review your specific requirements and make a recommendation.
Expert Interview with Bill Stimeling
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Mobile Treatment Units for disinfection of produced water in the Oil & Gas industry
Mobile Treatment Units (MTU's) are the safest and most effective oil field water treatment solution on the market today. A MTU is a self-contained system for the on-site generation of sodiium hypochlorite, an effective oxidizer that can be used to disinfect water used in hydraulic fracturing operations and do the heavy lifting in recycling produced water. MTU's are build in standard C-containers, which are air-conditioned for a safer and more comfortable working environment, and the system comes with all of the equipment needed to generate and inject sodium hypochlorite as well as the testing equipment needed to monitor water treatment operations.
In 2009, the city of San Benito, TX completed the construction of a new six-million-gallon-per-day (MGD) microfiltration plant, which replaced a plant that had been in operation since 1928. The new facility is considered one of the most modern and innovative water treatment plants in the region and has been recognized for its use of microfiltration and solar power. Its chlorination system, while more traditional than these technologies, was selected for its cost-efficiency, reliability and flexibility.
