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Microfluidic EOR Chips

Enhanced Oil Recovery (EOR) chips are advanced microfluidic devices designed to optimize and simulate the processes involved in the extraction of oil from reservoirs. These chips feature intricate channel structures that enable precise control and manipulation of fluid flows under reservoir conditions. EOR chips are pivotal in applications such as assessing the effectiveness of chemical and thermal recovery methods, optimizing injection strategies, and visualizing fluid interactions within porous media. Their ability to replicate complex subsurface environments makes them invaluable for improving oil recovery techniques and enhancing the efficiency of extraction processes in the petroleum industry.

Why EOR Chips are Essential for Enhanced Oil Recovery?

Enhanced Oil Recovery (EOR) chips play a crucial role in the oil and gas industry due to their ability to precisely manage small fluid volumes. This precision is essential for applications such as optimizing fluid injection processes, enabling efficient and effective recovery of hydrocarbons. In the development of EOR techniques, these chips facilitate the rapid testing and implementation of various recovery methods by ensuring uniform distribution of injected fluids, making them ideal for improving extraction efficiency and reducing operational costs.

The growing demand of EOR Chips

As conventional extraction methods reach their limits, EOR technologies are becoming essential for maintaining production levels. The growing need for EOR chips is driven by the dual pressures of economic efficiency and environmental responsibility. By investing in EOR chips, companies can tackle the pressing issues of declining well productivity and high operational costs while also aligning with global sustainability goals. Micronit's state-of-the-art chips, designed for thermal, chemical, and microbial EOR methods, enable efficient, controlled recovery processes.