EnerG-ID Solutions

Rapid DNA Technology

Combines field sampling, microbiology laboratory-on-a-chip biotechnology, rapid multiplex detection, and connected analytics to help oil and gas teams identify and monitor microbial risk faster to make better informed operational decisions.

Microbiology Laboratory on a Chip

EnerG-ID Solutions F7 Chip

The chip-based workflow helps reduce contamination risk, simplify sample handling, and standardize microbial analysis across operating environments. Multiplexed DNA analysis helps distinguish microbial signatures rather than relying on a single broad activity measurement.

Pneumatic Interface

Precisely navigates sample fluids through complex microfluidic channels.

Swab Chambers

Four independent field samples are processed simultaneously.

Filtration & Purification

Each chip is preloaded will all required primers, solvents, and liquid reagents required for automated processing.

PCR Chamber

Highly multiplex PCR amplification via integrated thermal cycler.

Electrophoretic Cathode

Onboard capillary electrophoresis enables DNA size segregation to reveal additional microbial diversity within each sample.

Fluorescent Detection

Fluorescently-labeled amplified PCR fragments quantifies microbial abundance.

Field Forward Operations

EnerG-ID Solutions 6C Instrument

The 6C Instrument enables field-forward Rapid DNA analysis by automating sample processing, microbial detection, and result generation in a ruggedized workflow designed for oil and gas operations.

Simple

No technical expertise or controlled environment required.

Automated

Fully integrated instrument calibration, sample preparation, and results processing.

Field Forward

Ruggedized for field deployment for on site Rapid DNA analysis.

The Challenege

Microbial Risk is Difficult to Manage with Legacy Methods

Oil and gas operators rely on microbial monitoring to evaluate MIC risk, treatment effectiveness, and asset integrity, but legacy methods often make it difficult to act quickly. Culture-based testing, ATP measurements, qPCR, and DNA sequencing force tradeoffs between speed, specificity, quantification, and operational usability. EnerG-ID Solutions closes this gap by connecting Rapid DNA microbial detection with field data and analytics built for oilfield decision-making.

Slow Turnaround

Traditional culture methods take weeks to months. Delayed results lead to delayed decisions and higher asset risk.

Disconnected Data

Field, lab, and operations data live in silos making it difficult to view the health of the entire system or act at the right time.

Treatment Uncertainty

Without accurate microbial insights, treatment decisions are reactive, costly, and ineffective.

How Legacy Methods Compare

EnerG-ID Technology Comparison

Rapid DNA combines speed, specificity, quantification, simplified processing, and a field forward workflow in a single connected system for microbial detection to mitigate corrosion risk. Rapid DNA provides capabilities not provided by other legacy microbial monitoring technique.

Benefits of

Rapid DNA

Faster Feedback

Results arrive in two hours, allowing operators to verify treatment response and adjust immediately.

Specific and Actionable

Monitors corrosion relevant microbial group rather than total biomass or only a small culturable portion.

Practical for Continuous Monitoring

EIDS workflow supports routine site monitoring, trend tracking, and post change verification.

Contact Us

For more Information

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EnerG-ID Solutions

8181 E. Tufts Ave
Suite 500
Denver, Colorado 80237, United States

303.694.2667