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Oil & Gas

Water Plays a Crucial Role in the Operations of the Oil & Gas Industry

Water plays a crucial role in the operations of the Oil & Gas industry, whether it’s in upstream or downstream activities. However, the industry is facing challenges such as global warming, water scarcity, and stringing environmental regulations, necessitating sustainable and alternative water solutions. At BlueGen Water, we offer optimized technologies to address these challenges and promote cost-effective and sustainable operations in the Oil & Gas sector.

Our Solutions:

  • Wastewater treatment for downstream facilities including refineries, petrochemical production, and tank farms.
  • Water and wastewater reuse to maximize water resources.
  • Energy recovery from highly loaded COD streams.
  • Surface water and groundwater treatment.
  • Prefabricated small systems for sewage treatment on oil rigs and service stations.


Our specialized division, provides numerous benefits to the oil & gas sector:

  • Stable anaerobic processes that overcome the limitations of granular systems.
  • High resistance to hydraulic and toxic shocks.
  • Simple operation with low operational expenses.
  • Retrofitting existing wastewater treatment plants to increase capacity and meet stringent discharge standards.
  • Small footprint for space optimization.
  • Fast recovery to maintain operational efficiency.
Water plays a crucial role in the operations of the Oil & Gas industry, whether it's in upstream or downstream activities. However, the industry is facing challenges such as global warming, water scarcity, and stringing environmental regulations, necessitating sustainable and alternative water solutions.

Related products

DACS®

DACS® (Downflow Anaerobic Carrier System) is a patented high-rate anaerobic process that utilizes BlueGen Water’s Biomass Carriers in a unique hydraulic pattern, resulting in a flexible design and stable performance.

AGAR® RF

The AGAR® RF (Roughing Filter) MBBR is a two-stage biological system consisting of a small volume AGAR® MBBR reactor followed by an activated sludge system.

AGAR® MPU

The AGAR® MPU units are innovative prefabricated solutions for the treatment of Gray or Black water for several hundred people, with a maximum capacity of 70m3/d.

Electro Dialysis Reversal (EDR)

Electro Dialysis Reversal (EDR) is a desalination process for complex wastewater treatment.

AGAR® MBBR

The AGAR® MBBR eliminates the need to recycle sludge from a secondary clarifier and can be divided into multiple stages, hence increasing removal rates and reducing the plant footprint.

AGAR® IFAS

AGAR® IFAS is an ideal solution for upgrading existing activated sludge plants to achieve proper nitrogen removal or for new plants requiring extensive BOD and nitrogen removal.

Capsule™

Capsule™ is a pre-designed, compact, and robust solution for sea, brackish, effluent, and grid water desalination. It is feature-rich and technically superior, providing a cost-effective and reliable water processing system that can be easily deployed where and when it is needed the most.

ABC Media

Introducing our biomass carrier, designed for unrivaled process efficiency and stability. With its protected surface area, biomass forms active biofilm layers, effectively eliminating wastewater pollutants.

AGAR® MC

The AGAR® MC (Media Clarifier) is an innovative technology designed to separate solids in MBBR effluent.

Semi-batch Reverse Osmosis (SBRO)

The ultimate solution for comprehensive wastewater treatment before its safe discharge into the environment.

Related case studies and publications

Bazan (Israel)

BAZAN Oil Refinery, Israel’s largest industrial waste producer, found itself at a crossroads. The existing waste treatment facilities were not only outdated but also inadequate for treating the volume of waste produced, making safe environmental disposal a significant challenge.

Ashdod Oil Refinery

In 2009, Ashdod Oil Refinery embarked on a project to construct a second power plant, CO-GEN 2, equipped with a dual-fuel fired 60MW Gas Turbine Generator and an Energy Recovery Heat Exchanger. A critical component of this initiative was the establishment of a new deionized water plant to serve the turbine’s water injection system and meet the refinery’s internal needs. The plant aimed at producing treated and demineralized water, vital for boosting power generation efficiency and reducing NOx emissions.

BlueGen
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Ready to transform your water and wastewater management? Our BlueGen Water experts are just a click away. Contact us now to discuss tailored solutions that meet your specific needs and set new standards in sustainability and efficiency.

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