New Mexico Oil and Gas Production Data: OCD Sources and Public Samples (2026)

New Mexico oil and gas production data matters because New Mexico is one of the most important states for modern Permian analysis. Lea and Eddy counties sit inside the Delaware Basin, while San Juan and Rio Arriba provide a different gas-weighted and legacy-basin context.

The New Mexico Oil Conservation Division (OCD), part of the Energy, Minerals and Natural Resources Department, is the primary state source family for New Mexico oil and gas records. Like every state, New Mexico has its own source structure, cadence, terminology, and access patterns. That means New Mexico data cannot be treated as a Texas clone, even when analysts are comparing Delaware Basin activity across the state line.

EnergyNetWatch includes a public New Mexico data sample because it is a strong comparison point: important enough to matter commercially, but different enough from Texas to show why source-aware normalization is necessary.

What New Mexico OCD Data Provides

New Mexico OCD data supports workflows around wells, production, permits, operators, and regulatory context. The details vary by source and reporting workflow, but the important point is that New Mexico has meaningful public records that can be used for oil and gas analysis.

Common New Mexico workflows include:

The public data exists, but using it well requires source context. A production row, a permit record, and a well record may not carry the same fields or update on the same cadence. That is where a normalized data platform becomes valuable.

How New Mexico Oil and Gas Data Differs From Texas

New Mexico and Texas both matter for Permian analysis, but their source systems are not the same.

Texas has specific lease-level production issues that matter for well-level interpretation. New Mexico has its own OCD data structure and cadence. A workflow that looks simple in one state can need different joins, labels, or caveats in the other.

That matters for:

• operator comparisons
• county trend analysis
• well-level production review
• decline curve analysis and EUR workflows
• permit-to-production monitoring
• basin-level reporting

If the goal is to compare Delaware Basin wells or operators across the state line, the source differences have to be visible rather than hidden.

Key New Mexico Counties To Understand

The EnergyNetWatch public sample emphasizes four county contexts.

Lea County

Lea County is one of the most important New Mexico oil and gas counties for Permian activity. It is a natural public sample county because operator activity, production context, and Delaware Basin workflows all matter there.

Eddy County

Eddy County is another core New Mexico Permian county. For many users, Lea and Eddy are the starting point for New Mexico operator, production, and permit analysis.

San Juan County

San Juan County gives the public sample a more gas-weighted and legacy-basin view. That helps show that New Mexico analysis is not only about oil-weighted Delaware Basin activity.

Rio Arriba County

Rio Arriba adds additional legacy basin context. It helps demonstrate why county context matters when interpreting statewide totals.

How EnergyNetWatch Presents New Mexico Oil and Gas Production Data

The New Mexico data sample is based on real EnergyNetWatch New Mexico records, then rounded, masked, and intentionally lagged for public display.

The page includes:

• rounded monthly oil and gas totals
• a six-month public sample range
• county rows for Lea, Eddy, San Juan, and Rio Arriba
• selected operator rows
• masked sample well records
• a source method table
• public lag and latest included month

The sample is not meant to replace app access. It is meant to show data quality, field structure, state coverage, and the kind of workflow context EnergyNetWatch can provide.

Current New Mexico public sample values:

Rounded New Mexico production trend shown publicly:

Representative county context:

How To Interpret the Public New Mexico Trend

The public New Mexico trend is intentionally simple. It is not a live operating dashboard and it is not meant to answer every question about a specific well, operator, or lease position.

It is useful for three things.

First, it shows that EnergyNetWatch can present New Mexico production as a clean monthly sequence instead of a source-specific file dump. Second, it shows the public freshness boundary: the page is a May 2026 public snapshot with production shown through February 2026. Third, it gives readers a way to compare New Mexico against the Texas and North Dakota samples without assuming each state has identical source behavior.

For current work, the next question is usually more specific: which operator, county, API, basin, or offset set do you need to monitor? That is where app access becomes different from the public page.

Public Lag, Masking, and Rounding

Public sample pages intentionally do not publish raw app rows. They use:

• rounded state totals
• masked API numbers
• selected representative wells
• selected county/operator summaries
• a deliberate public lag

That makes the public page useful for evaluation without turning the marketing site into a bulk data export.

What App Access Adds for New Mexico Data

For New Mexico, app access is where users get the workflows that matter for actual work:

• current source refreshes where available
• complete well histories
• unmasked records
• maps and coordinates
• exports
• operator benchmarking
• saved filters
• decline curve analysis and economics workflows

The public sample answers: "Does EnergyNetWatch understand this state and source context?" App access answers: "Can I use this data for my current workflow?"

Frequently Asked Questions

Is New Mexico oil and gas production data public?

Yes. New Mexico oil and gas records are available through state source systems, including OCD-related resources. The challenge is turning source data into a normalized, searchable workflow.

Why does EnergyNetWatch include New Mexico as a public sample?

New Mexico is a high-value state for Permian analysis. It gives users a strong comparison point against Texas and shows Delaware Basin, San Juan Basin, county, and operator context.

Are the public New Mexico numbers real?

Yes. The public sample is based on real EnergyNetWatch records. Public values are rounded, masked, selected, and intentionally lagged.

What should I use for current New Mexico records?

Use app access if you need current source refreshes, unmasked well records, complete production histories, maps, exports, and workflow tools.

Sources

• New Mexico Oil Conservation Division
• Oil Conservation Division Data - New Mexico Water Data
• RBDMS oil and gas data overview