Field Slurry Engineer

Client of Linked4HR 

Slurry System Control and Optimization:

• Lead slurry preparation, conditioning, and low-pressure transfer activities from waste receipt through pre-injection readiness.
• Define and maintain slurry targets (density, solids loading, rheology/gel strength, suspension stability) in line with site procedure and subsurface requirements.
• Engineer practical mixing workflows (batch and continuous logic where applicable), including recirculation loops and tank sequencing to prevent dead zones and solids accumulation.
• Optimize suspension and settling control through agitation / jetting /recirculation settings (practical field tuning).
• Troubleshoot and correct: solids dropout/settling, pumpability limitations, line plugging/high friction losses, and shaker/grinder inefficiencies.br>

Chemicals and Compatibility:

• Select and manage the chemical dosing strategy within the approved program (examples include dispersants, surfactants, biocides, and scavengers).
• Ensure chemical compatibility with the slurry system and manage risks such as corrosion or sour conditions if relevant.br>

Supervision, Standard Operating Procedures (SOPs), and Training:

• Supervise and coach Junior Slurry Engineers and operators on tank discipline, sampling, safe handling, and adherence to procedures.
• Develop and maintain simple SOPs/checklists for batching, mixing, recirculation, grinding integration, and transfer.
• Train operations personnel on fluid handling best practices, sampling discipline, and troubleshooting playbooks.br>

Monitoring, Reporting, and Continuous Improvement:

• Maintain operational records: fluid checks, conditioning logs, shift performance notes, and exceptions.
• Track and report key metrics: solids content trend, density trend, chemical usage, downtime causes related to slurry quality.
• Recommend improvements based on operational data and observed bottlenecks.br>

Injection Interface (advisory not pumping operations):

• Coordinate closely with Pumping Field Engineer during pumping windows (attendance + advisory).
• Provide advisory input on formation response based on subsurface guidance.
• Recommend stopping injection if formation response is poor or subsurface limits are approached, through the agreed escalation protocol.