What are the specific challenges and considerations related to the use of the term "water wet" in drilling and well completion, specifically regarding:

• Defining and quantifying "water wet" in different geological formations and reservoir types: How does the presence of water, both in terms of volume and distribution, affect the definition of "water wet" in various rock types (e.g., sandstone, shale, carbonate)? What analytical techniques and interpretations are used to determine "water wet" conditions, and how do these methods differ based on the reservoir characteristics?
• Impact of "water wet" conditions on drilling operations and well completion design: How does the "water wet" nature of a reservoir influence the selection of drilling fluids, mud weights, and completion techniques? What specific challenges arise during drilling and completion in "water wet" formations, and how are they mitigated?
• Implications for hydrocarbon recovery and production: How does the "water wet" character of a reservoir affect fluid flow, oil/gas mobility, and ultimately, hydrocarbon recovery rates? How can reservoir engineers leverage this understanding to optimize well placement, production strategies, and enhance overall field performance?

Furthermore, it would be insightful to delve into the differences in interpretation and application of the term "water wet" across various industry sectors and stakeholders (e.g., exploration, production, service companies), and how these perspectives potentially impact decision-making in drilling and well completion operations.