Conversion of Biomass Waste to Jet Fuel

Bulk woodchip biomass being loaded into a transport trailer at an industrial facility, highlighting Halker’s renewable energy engineering expertise in biomass handling, waste-to-fuel conversion, and sustainable jet fuel production processes.

Our client owns a process to convert carbon containing feedstock into syngas. This specific technology was selected for application at a Biofuels project in Lakeview, Oregon, which was designed to convert waste woody biomass into renewable jet and diesel fuels.

Hydraulic Modeling Study

Digital hydraulic model with color-coded pipeline segments and contour lines illustrating pressure and flow behavior across a complex network, demonstrating Halker’s expertise in fluid dynamics analysis, pipeline optimization, and advanced hydraulic modeling for energy infrastructure.

The client requested hydraulic modeling and simulation of existing gas and water pipeline networks in order to assess wellhead pressures and provide recommendations on infrastructure additions and operational changes to mitigate bottlenecks in the pipeline network.

Facilities Conversion to Meet Evolving Needs

Midstream facility with interconnected process piping, tanks, and equipment set against a wide-open landscape, highlighting Halker’s expertise in facilities conversion, system upgrades, and engineering solutions tailored to evolving operational needs.

Maybe they were not producing enough oil and gas previously to justify the infrastructure investment, or maybe the wells in the area were located too far away from established processing facilities to make sense for operators.

Strategic Field Development

Large oil and gas production facility with storage tanks, process equipment, and a centralized operations trailer set against open field terrain, showcasing Halker’s strategic field development expertise in planning, designing, and optimizing multi-well production sites for efficient and scalable operations.

The widespread adoption of offshore-born approaches by surface well operators in the last several years has been game changing for the U.S. oil and gas industry.

Central Processing Facilities

Aerial view of central processing facilities featuring storage tanks, process vessels, construction activity, and interconnected pipeline infrastructure, emphasizing Halker’s expertise in designing and engineering large-scale oil and gas processing centers that support efficient field operations and production throughput.

As the American oil and gas industry moves away from single-well, vertical drilling techniques and embraces the opportunities available via directional drilling and multi-well sites, many energy firms are facing new challenges when it comes to processing the increased production loads that come with these expanded systems.

Multi-Well Site Facilities

Multi-well pad facility with rows of wellhead assemblies, flowlines, valves, and manifolds arranged on elevated steel supports, showcasing Halker’s engineering expertise in designing high-density upstream production sites optimized for reliability, flow management, and efficient field development.

The paradigm of American energy is undergoing a massive transformation. In addition to the evolution of renewable energy technologies, and the changes being driven by the consideration of climate issues, the oil and gas opportunities evolving within the United States could be the key factor in the country’s successful energy independence.