One of the most effective and increasingly adopted Enhanced Oil Recovery (EOR) methods is polymer flooding. Polymers function by increasing the viscosity of injected water, enabling it to displace oil more uniformly and improve sweep efficiency. Polymer injection can contribute to an additional oil recovery of 5% to 30% of the Original Oil in Place (OOIP).
OGRINDO’s Strategic Role in Application of Polymer Flooding
As a technology- and research-based company, OGRINDO (Oil and Gas Recovery for Indonesia) is strongly committed to advancing innovation in polymer injection technology—ranging from laboratory testing (polymer screening) and field injection assistance to monitoring the injection well response post-injection.
The polymer screening process includes:
To date, OGRINDO ITB has partnered with chemical provider, both local and international, such as PT. Rakhara Chemical Technology, SNF Water Science, Kemira, Enerkon, and others. These collaborations ensure that we always use high-quality chemicals and top-tier testing methodologies. Trust your testing needs with us, and discover a dedicated and professional research partner.
OGRINDO’s Competitive Advantages
- KAN-accredited laboratory facilities
- Reliable, advanced, and up-to-date equipment
- Skilled and professional research assistants
- Continuous innovation in laboratory testing methods
- Strong network of local and international partners
- Proven track record in field projects
- Commitment to energy efficiency and sustainability
Let’s Collaborate for an Optimal Polymer-Based EOR Solution!
In the face of future energy challenges, OGRINDO is your strategic partner in EOR technology. We offer not only laboratory testing services but also comprehensive solutions—from feasibility studies and injection design to full-scale field implementation.
🔗 Ready to boost your oil recovery with a more scientific, efficient, and sustainable approach?
📞 Contact us to explore collaboration opportunities in polymer-based EOR projects that support national oil and gas production.