Vertical industrial heat exchanger with red, green, and yellow pipes connected to a cylindrical unit.

Vidarr

Unlocking sour production chemical-free H₂S removal.

  • Black and white icon of a figure with a circle for a head and a square for a body, with a teal circle in the center.

    Lower Costs

    Reduce or eliminate the need for costly chemical treatments with mechanical gas removal.

  • A black number 3 with a teal circle overlapping its bottom curve on a white background.

    Easy Integration

    Skid-mounted design means fast setup with minimal site work — no major construction required.

  • A crossed-out circle symbol indicating prohibition or restriction.

    Cleaner Operations

    Strip H₂S and VOCs without harmful additives, helping meet environmental and safety goals.

Skid-Mounted. Chemical-Free. Cost-Effective.

Side view of a cylindrical metal tank with colored pipes connected at the bottom, including red, green, and yellow, against a black background.

The VIDARR Contact Tower

A skid-mounted contact tower that mechanically strips H₂S and VOCs from crude oil — reducing chemical use, protecting equipment, and increasing the value of sour production.
Easy to integrate and scalable, VIDARR offers a safer, more efficient way to stabilize sour oil streams.

HOW IT WORKS

VIDARR uses mechanical gas stripping — not chemicals — to remove H₂S and VOCs inside a contact tower.
The result? Cleaner, stabilized crude oil that meets industry standards, with lower costs and consistent performance.

Unlocking Permian Sour Production

The Permian Basin holds large reserves of H₂S-rich crude. Traditional treatment relies on expensive, hazardous chemicals.
VIDARR gives producers a safer, more economical way to tap into this resource — without the chemical burden.

A technical diagram of an industrial water treatment system with interconnected tanks, pipes, and equipment.
Black Viking warrior helmet logo with horned design.

Why Choose VIDARR?

  • Reduces chemical dependency by lowering operational costs

  • Aids in preventing equipment fouling and corrosion

  • Improves crude oil quality by reducing VOCs

  • Enhances safety by reducing exposure to hazardous gases (removal of H2S)

Requirements

Operates with minimal sweet gas and compression, making it easy to integrate into existing operations.