From the initial completion up to the first day of production, we have a range of tools, , including production packers for gas lift applications, and ESP catchers. Thunderbird Services provides efficiencies and cost savings through every aspect of the completion process and the life of the well.
The King Frac Plug features a compact, large-bore design that allows for maximum flowback at high rates while minimizing pressure drop and reducing sand accumulation. Constructed from cast iron, it provides the strength to withstand high loads while remaining drillable for efficient removal through traditional milling operations or combined retrieval methods. Proprietary hardened slips deliver a secure grip against the casing wall while helping prevent premature setting. With multiple setting options—including wireline or hydraulic tubing-set methods—the King Frac Plug offers operational flexibility across a range of well conditions, making it a dependable solution for frac isolation and downhole assurance applications.
The Hulk ESP Catcher features a compact, large-bore design that delivers maximum flowback at high rates with minimal pressure drop while helping prevent sand accumulation. Constructed from cast iron, it provides the strength to withstand high loads while remaining in the well as needed and allowing for efficient removal through traditional milling or combined retrieval methods. Proprietary hardened slips offer superior grip against the casing wall while minimizing the risk of premature setting. With multiple setting options—including wireline or hydraulic tubing-set methods—the Hulk ESP Catcher offers operational flexibility and dependable insurance against costly ESP fishing operations in challenging downhole environments.
The Paladin ESP Catcher is a high-strength isolation solution engineered to safeguard laterals and reduce the risk of costly fishing operations during ESP installations. Featuring a built-in adjustable shear pump-out plug, it allows operators to isolate the wellbore prior to running ESP equipment, with plug options available in aluminum or dissolvable materials. Constructed from cast iron, the Paladin delivers the strength to withstand high loads while remaining drillable for efficient removal through milling or combined retrieval methods. Proprietary hardened slips provide a secure grip against the casing wall while preventing premature setting, and the integrated internal seal bore allows a seal assembly to be run after pump-out—offering added flexibility during flowback operations.
The Deadstop ESP Catcher is engineered to attach directly to the ESP pump during installation, eliminating the need for separate wireline or tubing trips and helping reduce overall operational costs. Its heavy-duty construction is built to withstand demanding downhole conditions, while the design accommodates the extended run stroke required for ESP applications. A built-in safety shear joint allows the tool to be retrieved using a standard on/off tool, providing added assurance during pump removal. Designed for efficiency and protection, the Deadstop ESP Catcher supports reliable ESP operations while helping prevent costly downhole complications.
The Atlas Dissolvable Packer features advanced dissolvable technology engineered to deliver dependable temporary wellbore pressure isolation during tubing, ESP, gas lift, and other production equipment installations. Equipped with an integral pump-out plug, it creates a secure pressure barrier from below and, once activated, allows unrestricted production flow through the packer bore. Designed to fully dissolve during standard production, both the packer and pump-out components eliminate the need for retrieval trips, fishing operations, or milling interventions. The tool can be set via wireline or hydraulic methods using standard setting equipment, and its magnesium alloy construction allows for controlled dissolution that can be accelerated with chloride exposure when desired. By improving well control and reducing intervention costs, the Atlas Dissolvable Packer enhances operational efficiency and can support increased production performance through optimized end-of-tubing placement.
"*" indicates required fields
