Check out our CEO, Mahesh Konduru, sharing his views with Oil & Gas Vision TV. In the interview Mahesh discusses the importance of continuing to invest in technology through the downturn and how this strategy is allowing ProSep to be well positioned for the future.

Norway, the country where their mixer technology was invented, is a key growth market for ProSep. hashtag#ONS is a great platform for growth and an opportunity to consolidate the position of the business.

ProSep announced in January 2018 that it would supply (3) ProSalt units to Statoil Petroleum (Statoil) for the Johan Castberg field development project, located on the Norwegian continental shelf in the Barents Sea. The Johan Castberg project was notably the biggest offshore oil and gas development in 2017, with an estimated cost of approximately NOK 49 billion. The ProSalt technology with MAX+ mixers will provide Statoil with efficient usage of wash water and chemicals, while also providing an opportunity to reduce injection volumes of both ProSep’s mixers have been designed and fabricated to desalt the oil by mixing it with injected wash water in two different stages as follows: first stage – downstream of inlet/test separators, and second stage – downstream of stabilization separator. Our team has had tremendous success in executing the project’s lifecycle and we’re pleased to share that it was completed on time and within budget! in comparison to conventional mixing technologies.

Featured in the Journal of Petroleum Technology, Caleb J. Smathers, Tommie Jackson, Scott Buckwald, Raul Gonzalo and Ryan McPherson speak to some of the challenges that today’s operators are facing with produced-water management. Fortunately, new water treatment technologies and developments in conventional treatment methods offer a means to solve these problems in managing produced water volumes.

Click on the image  to read the full article!

As featured in the May 2018 issue of Oilfield Technology, Mahesh Konduru, CEO of ProSep, discusses how far digitisation and digitalisation have come in creating value within oilfield services. This article focuses on how far the OFS segment has come along with digitization and digitalization by examining each function including sales, marketing, engineering, design, accounting/finance, operations and service.

Click on the image to read the full article!

Congratulations to the ProSep team for receiving the Certificate of Recognition for our contribution as a technical presenter (Caleb Smathers received the recognition as the lead author) and to Ryan McPherson for receiving a Token of Appreciation Award recognizing his superb participation during the technical sessions at the 2018 SPE-KSA Annual Technical Symposium & Exhibition. Both awards highlight the excellent work our team has accomplished for their presentations on the successful performance of the Osorb Media System (OMS), which reduces the dissolve hydrocarbons in produced water to less than 5 ppm.

ProSep, the industry-leading technology and service provider for integrated process solutions, announced today the successful completion of a major, two-phase joint industry project conducted in collaboration with Qatar Petroleum and Petroleum Development Oman (PDO). The results unequivocally demonstrate the benefits of ProSep’s Osorb Media System. The Osorb Media System (OMS) successfully reduced the concentration of free, dispersed, and water-soluble hydrocarbons, as well as many non-polar oilfield chemicals, in produced water from an operating plant to below 5 parts per million (ppm). Phase II results clearly indicated the effectiveness of a second in-situ regeneration method for restoring the adsorption capacity of the Osorb media.  Phase I and II on-site testing of the Osorb Media System will give operators increased optimism for deploying a technically and economically effective produced water polishing treatment system by reducing hydrocarbons in water to <1 ppm for as low as $0.07/bbl.

The first phase of the field testing, concluded in the summer of 2016 with PDO at the Marmul production field , included the treatment of back produced polymer water with over 100 ppm Oil-in-Water (OiW) inlet. The Osorb Media System was able to reduce the OiW levels to below 5 ppm, the target specification for the test.  An integral part of the test was a successful demonstration of ProSep’s specifically designed regeneration processes, a simple method to clean the media in situ for further reuse.  Once the media had reached its capture capacity, ProSep was able to regenerate the media with one regeneration cycle and demonstrate the renewed OiW capture capability that was on par with the previous water treatment cycle.  Subsequent to the first phase, the second phase of the field test was completed to demonstrate a second regeneration method, giving flexibility and options to customers.

During the JIP demonstration, eight water treatment cycles were completed, which provided results showing that the technology outperformed the existing conventional equipment of an Induced Gas Flotation vessel and a Nut Shell Filter. The oil free water provided from the Osorb Media System extends the lifetime of disposal wells and can recover up to 40,000 gallons of oil per year from the current produced water volumes at Marmul.

“ProSep would like to thank all of those involved in making this joint field demonstration a success,” said Ryan McPherson, Middle East General Manager at ProSep. “The results achieved during this project are the stepping stones for Osorb’s continued success both in the GCC and around the world. This ‘best in class’ technology is creating a paradigm shift by providing superior water treatment, which, coupled with its ‘regenerative’ ability, is beneficial to the environment as well as economical to operators.”

In August 2017, the company announced it secured a multi-million-dollar order for an Osorb Treatment System to be deployed on an offshore platform – a momentous breakthrough for this technology.

Osorb Treatment Systems positively impact both the environment and production facilities by reducing hydrocarbons in water to <1 ppm for as low as $0.07/bbl.  Furthermore, the construction of new projects which implement Osorb Treatment Systems can replace multiple water treatment equipment, which reduces the overall size, weight and operation costs on the platform and benefits the customer’s bottom line.

ProSep was recently notified that its proprietary mixing technology has been granted another U.S. patent for the blending of two distinct API crude multiphase process flows to create a consistent homogenous single API blend for easier downstream processing. The Enhanced Blending System (EBS) includes sampling, monitoring, and control of the individual and commingled flows in order to consistently deliver a homogeneous API. The advantages to the customer include upgrading a heavy crude to a more readily process medium grade crude, reduction in diluent light crude required to meet the desire medium crude specification, lower density and viscosity for ease of pumping long distances, and accurate, timely API and BS&W readings for the commingled stream.

ProSep, an industry-leading technology and service provider for integrated process solutions, announced today it will supply three (3) ProSalt™ units to Statoil Petroleum (Statoil) for the Johan Castberg field development project, located on the Norwegian continental shelf in the Barents Sea.

The ProSalt technology, which utilizes ProSep’s Multiphase Adjustable eXtreme mixer with injection (MAX+), is used for crude oil and wash water mixing upstream of the desalting process. The mixer provides high efficiency (> 90%) mixing of wash water and crude to meet the required outlet specification for crude export. The MAX+ mixer employs a unique mixing cylinder which creates a homogeneous shear force across the cross-sectional area of the crude process flow. This evenly distributed shear force generates a tight water droplet distribution and turbulent mixing conditions within the cylinder. These actions thus maximize the mass transfer area of salt in the crude to the wash water, all done with a relatively low dP (~0.3 bar) throughout the wide range of flow conditions. Chemicals, such as demuslfiers, can be injected in the mixer alongside the wash water, which leads to their more efficient use in the process stream. Additionally, the lower shear stresses applied to the oil and water mixture leads to less emulsion tendencies overall. The ProSalt technology with MAX+ mixers will provide Statoil with efficient usage of wash water and chemicals, while also providing an opportunity to reduce injection volumes of both in comparison to conventional mixing technologies.

“After an extensive evaluation process, it is extremely rewarding to be recognized by Statoil as a leading technology provider and preferred supplier of innovative process optimization equipment at the highest Quality, Health, Safety, and Environment (QHSE) standards,” said Jacek Kacperski, Sales Manager, ProSep Europe. “We are honored to be considered a trusted partner in such a technologically demanding project.”

The Johan Castberg project was notably the biggest offshore oil and gas development in 2017, with an estimated cost of approximately NOK 49 billion. The scope of work consists of a production vessel, 30 wells, 10 subsea templates and two satellite structures with the capacity to recover an estimated 450 – 650 million barrels of oil equivalent. The project is anticipated to begin in 2022.

ProSep is enhancing Ekofisk’s water stream with a CTour produced water treatment package, which uses existing gas condensate combined with ProSep’s high-efficiency mixers to enhance oil and water separation.

Click here to read the feature article on E&P Magazine online and learn more on how successful pilot tests led to the installation of a full-scale system that is still in operation.

We are proud to announce that ProSep is ISO 9001:2015 certified! This allows us to keep up with latest industry standards and to ensure we are providing the best in class technology solutions to our customers in the upstream, downstream and midstream sectors. Click on the image to learn more.