It’s time for operators developing North America’s unconventional oil and gas reservoirs to embrace a new business model. Today, the typical business model for developing unconventional assets is still based on a cycle of repeatedly drilling, completing, and fracturing new wells. In today’s climate of depressed oil prices, that model is both unprofitable and unsustainable. It’s unnecessarily costly and often leaves more than 90% of the recoverable hydrocarbons in place.
However, operators can reinvent their business models for unconventional assets through a process of strategic well rejuvenation. This white paper details a data-driven, science-based method to helps operators better understand their reservoirs and uncover the reasons behind poor well performance to identify and implement the most profitable well rejuvenation programs—maximizing recovery rates, cash flow and ROI at a lower CAPEX than possible using the current business model.
Falling oil prices and collapsing profit margins are driving the industry to lower costs. Reducing labor costs and gaining supplier concessions can help, but output must meet buyer commitments. This white paper addresses how automation can increase operating efficiency, visibility and reliability to help lower costs and boost profitability. It also provides four steps to accelerating automation’s deployment in oil and gas, while improving overall effectiveness.
SSDs deliver unmatched data center performance. As solid-state drives (SSDs) are increasingly deployed throughout the enterprise, data center and IT managers need to fully understand the performance and benchmarking shift that come with SSDs. Enterprise environments are demanding storage components with 24x7 workload and duty cycle abilities that are beyond those of most SSDs derived from consumerbased drives intended for use in laptop environments. Consumers don’t shop for steady-state performance and endurance, but these requirements are paramount in server and enterprise applications. Enterprise SSD: More Than Just a New Kind of Hard DriveThis white paper will explore NAND flash technology and its inherent problems, and explain client applications for SSDs, including laptops, cameras, PCs and mobile phones. Client SSD applications typically serve a single system accustomed to running no more than eight hours a day, five days a week on small datasets in read-intensive operations with low to minimal write activity.
This white paper will explore NAND flash technology and its inherent problems, and explain how proper flash management algorithms can address these issues and transform NAND flash into a reliable media with a long lifespan. The discussion will focus on single-level Cell (SLC) flash technology, due to its added reliability over multi-level cell (MLC) NAND flash. The flash management algorithms addressed in this document are implemented in the proprietary flash controllers HGST uses in its small-format embedded products: e.g., CompactFlash, embedded SATA, etc. By utilizing a combination of strong wear leveling techniques, an effective ECC engine and a diligent bad block management system, the life expectancy of embedded flash products can be greatly maximized.
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