Dewatering
ULTIPRO has a fleet of mobile dewatering trailers used to separate solids from water-based drilling fluids & production operations.
Our Q-ENVIRO System is a low-cost, innovative, and effective solution to treating both water and oil-based onshore drilling and production wastes. It is comprised of an integrated chemical flocculation and dewatering system that greatly reduces the overall volume of waste generated by the drilling operation.
Q-ENVIRO System
The Q-ENVIRO System is a chemical flocculation and & separation system for drilling wastes
Oily waste water is treated and sent to a Geo Textile dewatering container where the solids are effectively dried.
The separated water & oil permeates through the textile container to a contained area on the outside.
The recovered liquid on the outside is pumped to an oil water separation tank and separated into clean oil or water for reuse in the drilling fluid system.
The dried solids inside the container are removed and treated for final disposal greatly reducing the overall volume of waste generated by the drilling operation.
Dryers
Dryers are the preferred technology for maximizing oil and water-based fluids recovery, and can help to reduce drilling waste by 50%. ULTIPRO offers both Mobile and Skid-Mounted Drying Units, which are designed for limited space applications, while delivering dryer cuttings and lower volumes of waste to serve multiple rigs more efficiently, and the skid units support pad drilling and high-capacity applications.
High G DRYER
Thermal Desorption
Thermal Desorption is an indirect heating process that results in vaporizing oil from inorganic solids in an anaerobic atmosphere. This process treats solid to semi-solid wastes containing concentrations of organic contaminants that can be readily desorbed. ULTIPRO offers streamlined thermal solutions that allow customers to excel in environmentally sensitive areas, while reducing costs and effectively removing contaminants.
Auger Systems
ULTIPRO Auger Systems are ideal for zero-discharge, high throughput cuttings handling. It eliminates the need for a track hoe to convey cuttings to a dryer system, or for haul off, thus reducing the risk of an environmental spill on a drilling location.
Stabilization/Consolidation Process
The objective of this treatment is to render drilling cuttings inert by encapsulating contaminants within a monolithic, structurally stable solid.
The final treated material must undergo the following analyses/tests, with results evaluated against predefined standard parameters:
Permeability
Mechanical Strength
Leachability (Lixiviation) Test