IP & SP Survey
(Induced Polarization & Self Potential)

IP & SP Survey (Induced Polarization & Self Potential)

IP & Resistivity Surveys are geophysical investigation techniques used to measure subsurface electrical properties for mineral exploration, groundwater studies, geological mapping, and environmental investigations.

These surveys help identify conductive and chargeable underground formations with high accuracy. IP & Resistivity methods are widely used for locating mineral deposits, aquifer zones, and subsurface geological variations in complex terrain conditions.

Daily Coverage Capacity
Survey Coverage: 2–8 Line KM/day

Key Deliverables

• Mineralization/Target Zone Identification Report

• 2D/3D Geophysical Interpretation Models

• Chargeability & Resistivity Sections

• Self Potential (SP) Anomaly Maps

Accuracy & Data Quality

Key Applications

IP & SP Survey is widely used across multiple industries:

Mineral Exploration

Detect sulfide mineralization and identify high-potential ore zones.

Groundwater Flow Studies

Map subsurface water movement and recharge zones.

Environmental Investigations

Identify contamination pathways and subsurface changes.

Geological Mapping

Understand subsurface structures and material variations.

Understand subsurface flow and anomalies before drilling

IP & SP Survey
(Induced Polarization & Self Potential)