OCEANIT LABORATORIES INC

Achieving economic flow rates from tight reservoirs, especially during the low oil and gas price scenario, require highly effective stimulation via hydraulic fracture treatment. Improved subsurface ch ...

This project focuses on developing novel technologies for more accurately characterizing the orientation and dimensions of propped hydraulic fractures, supporting efforts to reduce the environmental r ...

Hydrogen is being pursued as a sustainable energy carrier for fuel cell electric vehicles and as a means of storing renewable energy at municipal utility-scales. Adding hydrogen to natural gas can sig ...

The characteristics of fine roots, as observed by minirhizotron imaging, are vital for the fields of both ecology and agronomy and factor into a number of DOE research efforts studying effects of emis ...

Hydraulic fracturing can significantly increase well production, but it can be cost prohibitive and environmentally unsound due to the large volumes of water and proppant needed to perform the procedu ...

Crushed aggregate is used as railroad ballast, drainage and stabilization material. Fouling of this aggregate reduces its performance: it loses its ability to drain water resulting in reduced strength ...

Hydrogen transport through existing natural gas pipelines offers the most efficient, low carbon footprint approach for utilizing hydrogen from natural gas and other resources. However, existing natura ...

In this Phase I Project, Oceanit will implement a decentralized and distributed blockchain security solution on the vehicle network to enable incorruptable and resilient communications.

Oceanit proposes a Phase II project to create a highly effective end-to-end technology solution that mitigates the threats that ransomware poses to computer memory systems.

Whether in defense settings like electronic intelligence applications, such as radar warning receivers, or to keep up with many devices in the Internet of Things, ultra wideband receivers (UWR), w ...