ML One specializes in multilateral and multi-bore well completion technologies that enhance oil and gas extraction efficiency by increasing flow rates by up to 100%. Their solutions reduce operational carbon footprints and optimize capital and operational expenditures by maximizing reservoir exposure and intersecting multiple targets.
Funding
$537.6K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Conventional oil and gas extraction methods often fail to maximize reservoir exposure, leading to suboptimal flow rates and increased operational costs. Traditional well completion techniques may also result in a larger carbon footprint due to inefficiencies in resource utilization and surface requirements. Intersecting multiple targets within a reservoir can be challenging, further limiting production potential.
Solution
ML One provides multilateral well completion technologies designed to enhance oil and gas extraction efficiency. Their solutions focus on maximizing reservoir exposure by intersecting multiple targets, leading to increased flow rates. By optimizing capital and operational expenditures, ML One helps reduce the operational carbon footprint associated with oil and gas extraction. Their technologies enable operators to achieve greater production from existing wells while minimizing environmental impact. The company's integrated completion systems, such as MSS / MLT TAML 1 IC and TAML 3 IC, incorporate downhole telemetry for real-time data collection and analysis, allowing for informed adjustments to well operations.
Target Audience
ML One's primary customers are oil and gas operators seeking to improve extraction efficiency, maximize reservoir exposure, and reduce their environmental footprint.
Features
- Multilateral well completion systems for TAML levels 1 through 5
- Integrated completion systems with downhole telemetry for real-time data acquisition
- Solutions for converting old production wells into injection wells
- Technology to increase flow rates by 35% to 100%
- Maximized reservoir exposure through intersecting multiple targets
- Optimized CAPEX and OPEX (surface requirements & upper completion)