• +249122075002
  • info@tdepth.com
  • Khartoum, SUDAN

Solutions

Construction

runway with black pigment
Building roads, runways and pathways that connect people and places in a smarter way is at the core of our business and our passion. Whether the work is large or small-scale, domestic or international, LANDLOCK® has solutions that will save you time and money.

Dust Control

yellow truck driving on dusty road
When your fugitive dust problem is coming from your daily operations, like heavy haul roads or material stockpiles, LANDLOCK® has products to meet your needs and ensure compliance. We help you avoid the unnecessary waste of the environment.

Erosion Control

surface road erosion
Water erosion is one of the most destructive forces affecting roads and other surfaces like hillsides, slopes and embankments. Soil stabilization with LANDLOCK® is the answer to reducing or eliminating the erosion that will destroy your infrastructure.

REDUCE OPERATING COSTS

Save money AND the environment with cutting edge Oil and Gas production optimization

STABILIZE PRODUCTION

Enercat is the ONLY oil well optimization tool that stabilizes production, saves you money and protects the environment. Enercat uses Synergetic’s 30 years of global oil and gas service experience to do what no one has ever done before: effectively remove AND prevent asphaltene and paraffin deposition, over and over again. No maintenance. No harsh chemicals. No environmental risk.

HOW IT WORKS

Paraffinic Oils

The passive energy stabilizes the water-in-oil emulsion structure and prevents paraffin from being released from the micelle.

Heavy Oil

The heavy constituents, asphaltenes and preasphaltenes are contained within the monophasic crude oil mixture and the viscosity characteristics of the oil as it exists in the reservoir condition is maintained.

Mitigating Mineral Scale Deposition

As with wax deposition, when it comes to mitigating mineral scale deposition, the application of a passive energy oil well treatment modifies the molecular structure of the water into long thin molecules as compared to their normally more spherical molecular structure.