Lower with Locus

Lower Scope 1 EmissionsToxicityOperating Costs

Locus Bio-Energy Solutions’ ESG oil and gas biosurfactants offer a brighter future for oil and gas wells with significant sustainability and performance advantages.

2

Higher Oil Recovery

Double production by mobilizing more oil from existing wells without the need to refrac, extending the production life and Economic Ultimate Recovery (EUR)

50

Lower Dosage Rates

Reduce surface and interfacial tensions—lower and faster than the best synthetic chemicals—and available at as little as 1/50th of the dosage rate

50

Extended Results

Increase ongoing performance with unique adsorption qualities that slowly release 50% of the biosurfactants over time

0

Decarbonized Operations

Reduce Scope 1 emissions with carbon-neutral treatments that minimize the need for new drilling, lower delivery frequency and decrease the use of water, sand and diesel

100

Biodegradable and Renewable

Lower environmental footprint by replacing traditional chemical surfactants with nature-derived biosurfactants that are produced from renewable raw materials

10

Lower Toxicity

Prioritize safety, minimize down-times and limit human exposure to hazardous materials with our sustainable, HSE-friendly biosurfactant treatments

Mission:

Harness nature to solve the industry’s biggest challenges

Locus Bio-Energy Solutions is dedicated to driving sustainability and increased productivity across the oil & gas industry by lowering scope 1 emissions and operating costs using ESG oil and gas biosurfactants that significantly outperform traditional production and completion chemistries.

Go Green. Save Green.

Save millions of dollars in taxes by using the only sustainable biosurfactant treatments approved as a tertiary EOR technology by the Texas Railroad Commission (RRC).

ESG oil and gas division record of railroad commission of Texas.

Lowering Environmental Impact
With Biosurfactants

Frac Carbon Footprint

110,000
gallons of diesel used in a 55-Stage Premian frac
=
240+
cars equivalent CO2e emissions

High Water Usage in Fracs

A 55-Stage Permian frac uses

12,000,000
Gallons of Water

Biosurfactant Carbon Footprint

0.1%
gallons of diesel used in a 55-Stage Premian frac (pressure pumper)
=
< 1
cars equivalent CO2e emissions

Low Water Usage with Biosurfactants

A stim job with biosurfactants uses less than

200,000
Gallons of Water

Together, we can lower the environmental footprint and decarbonize oil & gas operations.

Download Our ESG Oil and Gas ReportDownload Our ESG Oil and Gas Report

Frac Less

Hit Production Targets

Lower CAPEX

 

Ready to Get Started?

Increase production. Decrease risk.

Let's Talk