Ensure your project will be successful and profitable with our Return on Manifold Investment (ROMI) Calculator

Details:

As injection designs become more sensitive to injection parameters like pressure and flow to achieve contact, performance can be optimized by manifolding multiple injection locations—a step that lowers overall injection time frames and costs. However, to optimize an injection manifold approach, there are key performance and design parameters that must be considered, including, but not limited to:

• Injection well v. direct push injection,
• Drilling and well abandonment time,
• Type of drill rig to be used,
• Whether or not straddle packers are used to isolate intervals,
• The injection time within interval targeted by the injection tool,
• Soil type (whether course or fine grained),
• Amendment mixing logistics,
• In-line dosing of multiple amendments,
• Pump pressure v. flow capacity,
• Distance between injection locations and whether or not to inject at adjacent injection locations,
• Weather conditions, and,
• Unique site logistics.

On October 9, 2019, Eliot Cooper, VP of Technology and Business Development, along with Michael Gerber, Technical Director of Injection Implementation presented the webinar, "Design Considerations for DPT and Well Injection Manifolding to Optimize Performance and Lower Costs." In the webinar, the presenters introduced the ROMI Calculator as a tool consultants can use to help them determine whether injection manifolding is right for their site. Submit the form found here to download your own copy of the ROMI Calculator.