Onshore Fields Solutions
Introduction
RPS Energy provides advanced engineering solutions for onshore oil field operations, focusing on efficiency, cost reduction, and energy optimization.
Our proprietary Renewable DCPU (Dynamic Counterweight Pumping Unit) introduces a new generation of pumpjack systems designed to improve performance while reducing operational and maintenance costs.
Technology Overview
Dynamic Counterweight Pumping Unit (DCPU)
RPS’s DCPU utilizes a pendulum-based mechanism combined with a hydraulic system to enhance energy efficiency and operational stability.
A hydraulic cylinder supports the pendulum, which acts as a counterweight. This system moves in synchrony with the pumpjack head, assisted by gravity and a rotating hydraulic pump.
This innovative configuration and technology reduces energy losses and simplifies the mechanical structure of the unit, converting the traditional pumpjack removing all the components that requires external energy, to a renewable, zero-carbon emissions unit.
Key Advantages
- No reduction gearbox required
- Lower CAPEX due to simplified design
- Reduced maintenance costs and complexity
- Fewer moving parts → higher reliability
- Energy-efficient operation with optimized power consumption
Comparison with Conventional Pumpjacks
Conventional Systems:
- Require reduction gearbox and complex transmission
- Higher energy loss due to belts and gears
- Higher maintenance costs
- More mechanical components (cranks, rods, pulleys)
- Higher CAPEX and OPEX
RPS DCPU:
- No reduction gearbox required
- Minimal energy loss
- Simplified hydraulic system
- Fewer moving parts
- Lower production and maintenance cost
Energy Performance
- Operates with motors up to 30 CV
- High energy efficiency due to hydraulic and pendulum system
- Reduced energy demand after startup phase
- Eliminates losses from mechanical transmission systems
Smart Control System (PLC)
Advanced Control & Optimization
The DCPU is equipped with PLC-based control technology, enabling precise and adaptive operation.
- Adjustable speed from 0.5 to 18 cycles per minute (CPM)
- Precise control of actuation timing
- Optimized performance for wells with viscous oil
- Reduction of BSW (water content), increasing productivity
- Real-time operational control and efficiency optimization
Sustainability & Efficiency
- Reduced electrical dependency (optional configurations)
- Lower energy consumption compared to conventional systems
- Integration with renewable energy sources
- Environmentally efficient operation