Oil Industry

Reduce Reagent Costs

Reduce reagent costs in the oil industry with our advanced technology. The use of our technology complex reagents of the ``VS`` series enhances efficiency, minimizes waste, and lowers overall chemical consumption—delivering cost savings and improved operational performance.

Increase Oil Yield

Our technology, featuring complex reagents from the ``VS`` series, REKOMIN-M neutralises all possible types of surfactants, enhances oil yield by optimizing extraction processes. This innovative approach improves efficiency, maximizes production, and reduces costs, ensuring higher-quality results for oil companies seeking to boost their output sustainably.
To increase oil yield using reagents like the ``VS`` series and ``Rekomin M,`` I would need more context about the specific application you're working with. However, I can give you a general understanding of how these reagents may work in enhancing oil yield, typically in the context of oil extraction processes.

1. VS Series (Viscosity-Reducing Reagents)
The VS series are likely viscosity-reducing agents, which can help in oil extraction processes, particularly for heavy oils or high-viscosity crude oils. These reagents reduce the resistance to flow, allowing the oil to be extracted more efficiently.
They work by altering the properties of the oil, making it less viscous and easier to pump or separate from the surrounding materials (e.g., rock or sand in the case of oil sands).
In general, the use of such reagents may improve the recovery rate in methods such as thermal recovery, water flooding, or even enhanced oil recovery (EOR).
2. Rekomin M
Rekomin M is often a type of surfactant / emulsifier used in various industrial applications, such as enhancing oil recovery or improving the separation of oil from water or other substances.
Surfactants help to break down the interface between oil and water or oil and other materials, which aids in improving the separation of oil, leading to higher yields.
If it's a chemical used in oil extraction, it could assist in reducing the surface tension, thereby making it easier to extract oil from difficult-to-reach reserves or enhancing the efficiency of methods like chemical flooding or micellar EOR.
General Recommendations:
Proper Application: Ensure the correct dosage and mixing ratios of these reagents for your specific oil extraction process. Overuse of reagents could lead to complications, such as clogging, unwanted emulsions, or inefficient extraction.
Compatibility: Verify the compatibility of these reagents with the specific type of oil and extraction technology you're using.
Monitoring: Keep an eye on key performance indicators such as viscosity, pressure, temperature, and recovery rates to ensure that the reagents are improving the oil yield and not causing any adverse effects.

Increase Equipment Longevity

Our technology, featuring the complex reagents of the ``VS`` series, enhances equipment longevity in the oil industry by reducing wear and corrosion, optimizing performance, and extending operational life. This results in cost savings, improved efficiency, and reduced maintenance needs for critical machinery and systems.

increase the speed & degree of water purification

To boost water purification speed and efficiency in the oil industry, Hydravanta uses innovative filtration technologies like advanced membrane systems, electrocoagulation, and nanotechnology can be employed. These methods accelerate contaminant removal, reduce chemical usage, and improve water quality faster. By integrating smart monitoring systems and optimizing recycling processes, Hydravanta partnership with oil companies can achieve cleaner water with minimal energy, reducing environmental impact while enhancing operational performance.

Reduce energy consumption & increase oil recovery

In the oil industry, the game-changing VS-series complex reagents for water purification are not just a step forward—they’re a leap! By slashing energy consumption and supercharging oil recovery, Hydravanta use of innovative technology dramatically increases output, boosting your bottom line. Eco-friendly and cost-effective, it reduces environmental impact while maximizing efficiency. Optimize water treatment, enhance oil recovery by huge margins, and propel your operations into a more sustainable, profitable future!