Overview of Production & Extraction
At Mizan Energy, our production and extraction operations are the cornerstone of delivering reliable energy to meet global demand. Leveraging cutting-edge technology, stringent safety protocols, and sustainable practices, we maximize resource recovery while minimizing environmental impact. Below is an overview of our approach to hydrocarbon production and extraction:
1. Exploration & Resource Identification
Before extraction begins, our geoscientists and engineers identify viable reserves using advanced techniques:
Seismic Imaging: 3D and 4D seismic surveys map subsurface structures to pinpoint oil and gas deposits.
Exploratory Drilling: Test wells confirm reservoir size, quality, and commercial potential.
Data Analytics: AI and machine learning analyze geological data to optimize exploration decisions.
2. Drilling & Well Development
Once reserves are confirmed, we deploy state-of-the-art drilling technologies:
Directional Drilling: Enables access to reservoirs miles away from the rig, reducing surface disruption.
Hydraulic Fracturing (Fracking): Used in unconventional shale plays to stimulate flow in tight rock formations.
Offshore Expertise: Deepwater and ultra-deepwater rigs tap into subsea reserves with precision and safety.
All wells are constructed with multilayered casing systems and blowout preventers (BOPs) to ensure integrity and prevent leaks.
3. Extraction Methods
We tailor extraction techniques to reservoir characteristics:
Primary Recovery: Natural pressure or pumps (e.g., beam pumps, ESPs) bring hydrocarbons to the surface.
Secondary Recovery: Water or gas injection maintains reservoir pressure to extend production life.
Enhanced Oil Recovery (EOR): Advanced methods like CO₂ injection, steam flooding, or chemical agents recover up to 60% of trapped oil.
4. Production Optimization
Our focus on efficiency ensures long-term viability of assets:
Digital Oilfield Technologies: IoT sensors and real-time data analytics monitor well performance, enabling predictive maintenance.
Artificial Lift Systems: Optimize flow rates in mature fields.
Reservoir Management: Continuous modeling adjusts strategies to maximize recovery rates.
5. Safety & Environmental Stewardship
Emission Reduction: Technologies like vapor recovery units (VRUs) and methane leak detection systems minimize greenhouse gas emissions.
Spill Prevention: Rigorous maintenance schedules and automated shut-off valves mitigate risks.
Water Management: Recycled produced water and closed-loop systems reduce freshwater use.
6. Midstream Integration
To ensure seamless delivery from wellhead to market, we integrate midstream operations:
Gathering Systems: Transport raw hydrocarbons via pipelines to processing facilities.
Processing Plants: Separate oil, gas, and impurities (e.g., sulfur) to meet quality standards.
7. Unconventional Resources
We specialize in unlocking complex reserves:
Shale Plays: Horizontal drilling and multi-stage fracking extract oil and gas from low-permeability formations.
Heavy Oil: Steam-assisted gravity drainage (SAGD) and solvent-based methods enable production from viscous deposits.
8. Global Operations & Partnerships
With assets spanning in the West Africa region, we collaborate with host governments, local communities, and industry leaders to ensure responsible resource development. Our projects prioritize:
Local Employment: Hiring and training community members.
Infrastructure Development: Building roads, power grids, and water systems that benefit regions long-term.
Innovation & Future Focus
We invest in next-generation solutions to lead the energy transition:
Digital Twins: Virtual replicas of fields for scenario testing.
Low-Carbon EOR: Using captured CO₂ for extraction while sequestering emissions.
Automation: AI-driven drilling rigs and robotic inspection tools enhance safety and efficiency.