H2SReports is the foremost H2S research application in the industry, designed to help you quickly assess a prospective drilling site for H2S release rate potential. With over 10 years of experience, XI provides the most reliable data to evaluate and calculate the potential H2S risks in your prospective locations and satisfy the H2S Release Rate Assessment Requirements set by the Alberta Energy Regulator (AER) and the Canadian Association of Petroleum Producers (CAPP).

• Adhere to the the H2S release rate assessment requirements set by the AER & CAPP.
• Quickly assess a prospective drilling site for H2S release rate potential.
• Report changes can be applied to the next report in the same area.
• Share changes made by your colleagues.

Introducing XI’s new H2S Complete service – expert analysis and documentation of your H2S release rate assessment for compliant well licensing (AER Directive 56).

• Fast Results – Reports delivered in under one week
• Low cost – Spend hundreds, not thousands on data analysis
• Expert analysts – Professionals with years of regulatory experience doing the work
• Delegated tasks – Let your engineers be engineers, not data hunters
• Improved due diligence – Individual assessments per location (preferred by the AER) without added cost or redundancy

There’s no need to make a choice between due diligence and cutting costs. Hand the task of H2S release rate calculations to us. We provide a faster return. Fast results. Low Cost. Expert Analysis. Improve Due Diligence. The biggest risk is doing nothing.

XI’s SurfaceCasing Report automates the required steps to establish a surface casing depth – an integral step in establishing a comprehensive drilling program and required to satisfy the Alberta Energy Regulator’s (AER) Directive 008. It also includes leak off tests, required cement tops, historical casing depths, and field kick rates.

XI’s SurfaceCasing Report uses a compilation of data sources to execute a search for all pressures/gradients in the area, and then determines a thorough analysis of anticipated pressures at specific depths.