Overcome challenges in remote, mature, high GOR, or sandy wells. An all-in-one pump for heavy oil, gas, water, and sand without pre-separation.
Directly boosts fluids without separation & completely immune to gas locking.
Comparison: Traditional Pump vs Heiner "Super Pump"
A multiphase pumping system acting as a versatile fluid booster for the most demanding oilfield environments.
4 Core Advantages of Super Pump Technology
Maintains high efficiency during sudden high gas-volume fraction surges, eliminating downtime and guaranteeing uninterrupted production.
Highly adaptable for heavy and viscous crude oil. Outperforms centrifugal pumps while lowering operational power consumption.
Delivers ultra-smooth fluid output without pressure shocks, keeping aging gathering pipelines safe from fatigue cracks and ruptures.
Equipped with IoT remote monitoring for unattended field operation, significantly lowering HSE risks and field staffing needs.
Tangible Benefits for Oil & Gas Operators
Delivering substantial financial performance while complying with environmental sustainability standards.
Directly reduces wellhead backpressure, releasing oil and gas flow. Each well achieves a daily production boost of **25 to 150 barrels (BPD)**.
1 unit of "Super Pump" replaces 3 conventional surface equipment units, slashing initial capital expenditure (CAPEX) by over **30%**.
Associated gas that is normally flared is captured and harnessed for energy via a combined **Solar PV + Gas Generator** power skid.
Wells operate autonomously without onsite crew presence, minimizing personnel travel and overall HSE operational exposure.
Estimate potential annual revenue gains and return on investment for your oil & gas assets.
2 Field Implementation Options
Tailored for isolated single wells or integrated block fields with legacy pipeline infrastructure.
Perfect for remote, wildcat, or marginal single wells. Delivered as a self-contained, skid-mounted unit.
Designed specifically for mature fields with extensive pipeline networks suffering from severe backpressure imbalances.
Execution Steps & Local Commitment
A structured, low-risk deployment roadmap tailored for field trial evaluation.
3 to 6-month trial on 1–2 problem wells to verify real production uplift directly at your field.
Upon economic validation, replicate the deployment across candidate wells in the entire field block.
Multiple business models: Turnkey purchase, equipment lease, or profit-sharing based on production gain.
Local spare parts inventory and engineering team in Indonesia with a committed **48-hour** response time guarantee.
Ready to assist with technical consultations, well potential calculations, and supplying Pilot Project units for your oil & gas fields.
Fill out the form below to schedule a technical presentation or pilot test trial.
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