US Chapter Luncheon "What's Hot, What's Not: Current Trends in International E&P and Political Risk"

US Chapter Luncheon “What’s Hot, What’s Not: Current Trends in International E&P and Political Risk"

11:30 a.m. - 1:30 p.m. Thursday, January 11, 2018

Churrascos Memorial City | 947 Gessner Road Suite B-290, 2nd Floor, Houston, Texas 77024

RoseAnne Franco, Head of Oil & Gas Risk, Verisk Maplecroft
Eric C. Nielsen, Managing Director, Quantum Energy Partners
Julie Wilson, Director of Global Exploration, Wood Mackenzie 

Join the US Chapter for its first luncheon of the year where a trio of experts will discuss the current trends in international exploration and production and political risk. 

Investors and advisors balance above-ground and below-ground risks when making investment decisions. This is especially important for the international projects that international negotiators help develop. Most negotiators are aware that projects with the most favorable below-ground risk and resource potential often exist in regions where assessing and mitigating above-ground risk is the most challenging. 

The tools for evaluating below-ground risk are familiar: geological studies, geophysical studies, and exploration wells. The tools for evaluating above-ground risk are less familiar but require political, economic, legal, and historical insights to develop strategies and tactics for risk mitigation. Successful international projects require a team of experts with experience in maximizing resource identification and exploitation with minimal economic risk. 

The panel will answer questions such as:

- Where are the worlds hot spots that are now attracting E&P investments?
- What above-ground risks currently cause investor headaches in these and other locations?
- From a financing perspective, what do the people funding these projects look for?
- Is there any private equity interest in the international sector these days?

Registration is $25 for members, $35 for non-members, and $15 for students. Please register online as space is limited.