Benchmark data from the survey will feed into our Sustained Business Innovation Playbook. We're aiming to publish the results in December or January. If you're not a client, enter your email at the end of the survey, and we'll share the results with you.
. . . and thanks in advance for sharing your experiences.
"Innovate or die" is not just a catchy slogan. It’s the way that businesses need to operate in this market-driven world. And, as technology underpins more and more products, services, processes, and go-to-market strategies, the CIO must be involved in driving business-impacting innovations. This involvement ranges from supporting internal R&D to unearthing and vetting new technologies out in the market that can be internalized to disrupt the status quo and propel the organization forward.
Most organizations are cognizant of this reality. However, few have mastered making innovation into a sustainable practice with defined processes that take into account the differences between incremental change and true innovation. What is needed is less hyperbole and more practical information and examples of how to the CIO can and should support an innovation process to drive business value.
To deliver, you’ll need to understand and internalize the trends, understand the business capabilities required to deliver on sustainable innovation, and assess how prepared you actually are to deliver. Based on this insight, you then need to plot out a strategy and carefully plan your people, process, and technology. From there you have implement — building out your innovation network, and developing a governance model to enforce the right behaviors. And to continually improve, you need to focus on metrics, peer comparison, and change management.
The Oil And Gas Information Technology Innovation Dilemma
The hydrocarbon logistics chain of natural gas and crude oil connects globally distributed exploration and production sites with industrial and private consumers via pipelines, tankers, rail cars, and trucks with massive intermediate buffering storage and conversion facilities (tank farms, refineries, gas plants); it is the lifeblood of our energy supply chain today and for the coming decades.
More than 75 million barrels of oil and 300 billion cubic feet of natural gas are produced, transported, and consumed all over the globe — every day. Along the complex transportation chain, these special bulk products, both liquids and gases, are transferred between the different modes of transportation, resulting in a number of challenges based on complex measurements of product volumes and masses:
Measurement accuracy. In an ideal world, we would always determine the mass of crude oil and natural gas at each measurement point; however, due to the large quantities involved, weighing is possible only at the very end of the logistics chain. Consequently, we have to live with measurement data that typically carries an uncertainty of 0.1% to 0.5 %, depending on the measurement devices’ intrinsic accuracy.