Entries for Geothermal Manufacturing Prize

Ozark IC is bringing processing power to the edge in extreme environments such as EGS via additive manufacturing of HT electronics circuits.

We plans to formulate high-temperature elastomers and optimize additive manufacturing of sealing elements of a geothermal isolation plug.

The proposed technology is interested in optimizing, designing, and printing a sparger head for geothermal airlift system.

An additive manufactured nano-material thick film printed vibration and accelerometer sensor for operation to 500C.

Using 3D scanning and 3D printing to extend the life of your geothermal underground piping.

Improve heat exchanger efficiency using micro-channeling & corrosion-resistant material to improve our modular geothermal desalination unit

Additive manufacturing will enable the enhancement of the metal annular barrier for effective zonal isolation in geothermal wells.

Using Additive Manufacturing to design, fabricate Pipe Interventions Gadget (P.I.G.) for Removal of Scale Deposition from Geothermal Wells

We propose to develop a 3D-printed, high strength fiber reinforced composite frac plug for high temperature geothermal zonal isolation.

Create an ultra-high temperature logging tool for the geothermal industry using AM at the core of the design.

Development of a downhole drilling component from a thermally stable high strength steel via LPBF for geothermal applications.

A novel approach to increase the durability of fixed-cutting metal structures using Powder Bed Fusion Additive Manufacturing is proposed.

Develop a downhole device (completion tool) which can be used as cathodic protection for Geothermal wells.

We are building a novel electrical generator to support deep drilling operations.

While geothermal energy has been limited in its applications, closed loop systems can be used in multiple industrial applications.

Our team proposes a unique design for shear rams used in Blowout Preventors (BOP) for geothermal applications.