About Us
GOS Inc. was established in 2001 in the USA to provide innovative solutions for drilling, completion, and production of oil and gas wells.
We supply drilling fluid additives and consulting services across Venezuela, Colombia, and Mexico.
Our Focus:
Searching for solutions that boost performance and improve productivity in oil and gas fields.
Services
Core Services
Services
GOS Inc. supplies additives to drill, rehabilitate, complete, control, and stimulate oil and gas wells, combining fluid engineering knowledge with:
- Supply additives to drill, rehabilitate, complete, control, and stimulate oil and gas wells.
- Technology to improve the productivity of producing fields.
- Surfactant-based fluid system for applications in low-pressure fields.
- Filtered brines treated with surfactants and inhibitors to rehabilitate, complete, and control oil and gas wells.
- Combination of fluids that improve the mobility of crude oil.
- Analysis of the available data from the reservoir and results of the cleaning and stimulation jobs carried out.
- Combine fluid engineering knowledge with rehabilitation, reservoir, optimization, geology, and drilling engineering.
- It is resulting in an economically profitable increase in oil and gas production.
Drilling Fluids
- Reduce formation damage.
- Use of fluids and additives that do not change the wettability of the rock.
- Increase the productivity of the wells.
- Minimize the possibility of a stuck pipe and other problems related to drilling fluids.
- Reuse drilling fluid, minimizing disposal costs.
Control and Completion Fluids
- Prevent the creation of emulsions in the producing reservoir.
- Prevent change of wettability of rock, to oil wet.
- Reaffirm the water wettability of the rock.
- Improve the mobility of crude.
- Reduce or eliminate formation damage to the producing reservoir.
- Increase productivity index of wells.
Drilling Fluid Systems
- DISPERLIG – Disperse lignite-lignosulphonate
- POLYROP – Polymeric semi-disperse Glycol Surfactant
- POLYROP M – Improved Polyrop for temperature resistance and inhibition
- GOS AMINE M – Non-disperse inhibited modified Amine treated system
- GOS GLY M – Non-disperse inhibited modified Glycol treated system
- GOS NDCA – Non-dispersed Calcium-based amino system
- GOS DRILL IN M – Polymeric viscoelastic system to drill the reservoir
- GOS SALT – NaCl and/or CaCl₂ salt system for drilling, completion, and workover
- PHPA – Inhibited non-disperse polymeric PHPA low solid system
- GOS OIL 100 – All oil drilling and coring systems
- GOS OIL INVERT – 60-90/40-10 water in oil emulsion
- GOS INVERT PE – Primary emulsifier
- GOS INVERT SE – Secondary emulsifier
- GOS SUPREME WET – Wetting agent
- GOS SUPREME LUBE OBM – OBM lubricant
- GOS LEM – Low End Modifier Rheology Modifier
- Brines: NaCl, CaCl₂, NaBr, CaBr₂, KCl, NH₄Cl, HCOONa/K, sodium and potassium formates
- Surfactants: Anionic, nonionic, cationic
- IP-MUL: Low-density surfactant-based drilling, completion, and workover fluid system
- IP MUL: Low-density surfactant-based , drilling, completion, and workover fluid system
Drilled with IP-MUL system
Heavy & extra-heavy crudes
Surfactants, Inhibitors, Biocides, Breakers And Polymers
- Biocides
- Corrosion inhibitors
- Asphaltene dispersants
- Paraffin dispersants
- Anionic surfactants
- Nonionic surfactants
- Cationic surfactants
- Viscosifying polymer: HEC
- Dispersible and clarified
- Xanthan gum, guar gum
- Polymeric filtrate reducer.
- Emulsion breakers and polymer
- Chain breakers
- Mutual solvents, casing, and formation cleaner
Low-Density Fluid Based on Surfactant IP-MUL System
- The continuous phase is Water (fresh, salty or saturated with salt) 20%-60%.
- The dispersed phase is Oil (any type), which is 40%-80% internal pase.
- Most used O/W ratio: 70/30 Density 7.3-8.2 (ppg)/0.88-0.98 (Kg/Lt).
Surfactant –based fluid:
Continuous or external phase is water (fresh, brine or saturated salt
water)
Disperse or internal phase is oil (diesel oil, mineral oil and some
light crudes)
Preferred ratio: 70/30.
Initial density: 7,5 ppg.
Density with water phase salt saturated, 8,0- 9,2 ppg
01
The IP-MUL system does not need CaCO3 to seal the permeability of producing sand. Its low density allows it to drill in balance, and its filtrate does not cause formation damage.
02
The presence of surfactant IP-MUL in the external phase will help reaffirm the rock’s water wettability, improving the mobility of the crude.
03
System can be reused, minimizing fluid volumes to dispose of, compared to water base system.
04
Clean record, zero(0) drill pipes left stuck in the hole in more than 120 drilled wells.
05
Better productivity than neighbors or similar wells drilled with water-based “drill-in” systems
Improving Crude Oil Production in Mature Low-pressure Fields
- Low-density IP MUL surfactant-based system.
- Inhibited and filtered brines treated with surfactant.
Problem
- Drilling
- Completion and control
- Workover and services
Use of INAPPROPRIATE fluids
- Overbalance drilling fluids with many
solids - Unfilteredbrine, not compatiblewithnative
fluids,andthe producing formation
Need
- Properly design the fluid that will beincontact with
the producing reservoir. - To make it compatible with the native fluids and
the type of formation that improves the mobility of
crude oil - Resulting in enhanced oil and gas production
Solution
We will demonstrate how our low-density, surfactant-based IP MUL system successfully addressed these challenges in the field and increased production.
Ready to Improve Your Oil & Gas Well Performance? Let our technical team analyze your reservoir data and design a surfactant-based fluid solution tailored to your field conditions.
Let's Discuss Your Next Project
Ready to optimize your drilling operations? Our team of experts is here to provide tailored solutions for your specific requirements.