1. Home
  2. Our Solutions
  3. Flow Improvement
Flow_Improvement_Welcome_Image

Flow Improvement

Production and transportation of crude oil and emulsions can pose severe challenges for oilfield operators. Nalco Champion leverages extensive field experience with oilfield chemicals to develop cutting edge inhibition, emulsion management, drag reduction and dispersion technologies that enhance production, reduce operating costs and increase profitable throughput.

Contact Us

GIVE US A CALL

Ecolab
2 Daniel Place
PO Box 10061
Te Rapa, Hamilton, New Zealand 3241

Contact your Ecolab Representative today, or call/email Ecolab Customer Service.

Tel: 0508 732 733 | Fax: 6479 582 361 | Email: customer.services@ecolab.com

To request additional information about Nalco Champion products and services just complete the form below and a Nalco Champion representative will contact you. To inquire about career opportunities please refer to the careers section.

Contact
Max. 255 characters

Data Privacy Concerns? See our Privacy Policy.

 

lower viscosity, improve lift

Nalco Champion flow improvement programs effectively lower the apparent viscosity of produced fluids downhole to improve the lifting process. The result? Reduced operating costs and more profitable throughput.

increase heavy oil throughput

Production and transportation of heavy and extra heavy crude oil presents unique challenges to the operator. Our unique flow improver solutions help modify crude oils rheological properties to increase throughput.

improve flowability

Do low API or high pour-points impact your produced fluid flow-ability? Nalco Champion's proprietary technology creates a unique water external dispersion - causing droplets of oil to be suspended in water rather than droplets of water suspended in oil. The result is a dramatic decrease in apparent viscosity and measurable improvement in operational efficiency.

treat turbulent crude

Reduce frictional pressure in your conduits and pipelines to increase throughput. Nalco Champion’s suite of drag reducers act as buffers along the pipe wall to decrease the amount of energy lost in turbulent formation.