Trucked Water Logistics
Integrated Planning of Trucked Water Routes to Remove Surprises, Lower Costs and Align Field and Office
BUILT FOR:
Production & Completion Engineers, Field Staff & Haulers
Overview
Completions engineers, water planners, and field staff managing trucked water logistics often rely on disconnected spreadsheets and guesswork. Each change to production or frac schedules adds more manual updates and uncertainty about the most cost-effective way to move water to storage or disposal. Often, those changes do not get communicated to other affected groups, so field and office end up working from different versions of the plan. As a result, visibility into route options, contract obligations, and real-time field movement is limited, which makes it hard to control costs and to keep everyone on the same page.
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Barreleye gives teams a single model for trucked water. Users can map water sources, disposal locations, storage pits, and transportation routes, assigning costs and constraints across scenarios and aligning plans to production and frac realities. Drivers log every load through a connected mobile app, sending real-time data back to the planning model. This eliminates guesswork, improves cost tracking, and keeps field and office aligned.
3 Core Problems We Solve
​No Clear, Cost-Effective Trucking Route
Can’t See Impact of Plan Changes
Data and Decisions Spread Across Systems
Teams struggle to answer, “What’s the most cost-effective way to route water to disposal?” Without a unified model for routes, costs, and constraints, planners are forced to rely on static spreadsheets and intuition instead of side-by-side scenario comparisons.
When frac schedules change or production forecasts are updated, it’s difficult to quantify how storage, reuse, or disposal options affect costs and capacity. Questions like, “Can we sell, reuse, or store water to save on disposal?” are slow and painful to answer with disconnected tools.
Water data is scattered across spreadsheets, tickets, emails, and separate systems, making it hard to optimize disposal costs or maintain third-party contracts. Teams ask, “How can I centralize all water data to eliminate disconnected tools and systems?” Barreleye addresses this fragmentation directly.
