Enabling efficient operations across the entire energy value chain
Searching for novel solutions to meet the world’s growing energy needs? We offer advanced chemical innovation, extensive R&D capabilities and intimate industry knowledge to drive efficiency in our customers’ operations. From downhole to topside and everything in between, our wide variety of chemical product families and customizable formulations can help you meet ever-changing industry needs.
Oil, Gas and Mining
Meeting Global Energy Needs
Our wide variety of chemical product families and customizable formulations can help you meet ever-changing industry needs.
- Upstream: Offering an extensive portfolio of additives, fluids and solutions for oil and gas exploration as well as hydraulic fracturing to help make operations more efficient and sustainable
- Midstream: Providing a broad portfolio of heat transfer fluids and other solutions to enable efficient transmission, pipeline operations, transportation and gas treating – including XTI insulation for subsea flow assurance
- Downstream: Delivering a variety of products and services including amine treating technology, heat transfer fluids, coolants, lubricants and much more to help refineries meet regulatory specifications and keep costs low
- Mining: Enabling operational efficiency, recovery enhancement and environmental protection with a broad portfolio of chemistries and solutions to address mine water management, slurry management, dust control, grinding, milling, flotation and hydrometallurgy
Product Technology
Sub Markets
Gulf’s leading distributor, representing frontline manufacturers in the world for all kinds of chemicals!
| ACETIC ACID | FORMALDEHYDE | SODIUM BISULPHATE |
| ACTIVATED CARBON | FORMIC ACID | SODIUM BISULPHITE |
| ACTIVATED ALUMINA | GEL K SEAL | SODIUM DICHROMATE |
| ALUMINUM SULPHATE | GUAR GUM | SODIUM GLUCONATE |
| AMMONIUM BI FLOURIDE | GYPSUM | SODIUM HEXA META PHOSPHATE |
| AMMONIUM CHLORIDE | HYDRATED LIME TECH / FOOD | SODIUM HYDRO SULPHITE |
| AMMONIUM HYDROXIDE | HYDROGEN PEROXIDE 35% / 50% | SODIUM HYPOCHLORITE |
| ACETONE | HYRAZINE HYDRATE | SODIUM META BI SULPHITE |
| BENTONITE | HYDROFLUORIC ACID | SODIUM META SILICATE PENTA |
| BORAX DECAHYDRTATE | HYDROCHLORIC ACID | SODIUM NITRATE |
| BORIC ACID | LIQUID GLUCOSE | SODIUM NITRITE |
| BENZOIC ACID | MAGNESIUM CHLORIDE | SODIUM SILICATE |
| CALCIUM CARBONATE | MAGNESIUM OXIDE | SODIUM SULPHATE |
| CALCIUM CHLORIDE 77-80% | MAIZE STARCH | SODIUM SULPHITE |
| CALCIUM CHLORIDE 94% | METHANOL | SODIUM THIOSULPAHTE |
| CALCIUM HYPOCHLORITE | METHYLENE CHLORIDE | SODIUM TRI POLY PHOSPHATE |
| CALCIUM NITRITE | MICA COARSE / FINE / MEDIUM | SUGAR |
| CAUSTIC SODA FLAKES / PRILLS | MONOETHANOLAMINE | SULPHUR |
| CAUSTIC SODA LIQUID | MONOETHYLENE GLYCOL | SULPHURIC ACID 98% |
| CITRIC ACID ANHYDROUS | MAGNESIUM SULPHATE | SULPHAMIC ACID |
| DIETHANOLAMINE | MDEA | SILICA FLOUR |
| DMDS | NITRIC ACID | SDBS |
| DIETHYLENE GLYCOL | PHOSPHORIC ACID | SODIUM POLY PHOSPHATE |
| DRILLING DETERGENT | POTASSIUM CARBONATE | TICA TABLETS |
| DRILLING STARCH | POTASSIUM CHLORIDE | TOLUENE |
| DIPA | POTASSIUM HYDROXIDE | TRIETHANOLAMINE |
| DISODIUM PHOSPHATE | PERCHLOROETHYLENE | TRIETHYLENE GLYCOL |
| DAP | POTASSIUM IODEDE | TRICHOLOETHYLENE |
| DODICOR | SALT | TRISODIUM PHOSPHATE |
| EDTA | SALE TABLETS | UREA |
| EGMBE | SDIC | WALNUT SHELL C / M / F |
| ETHYL ACETATE | SILICA GEL | WHUTE SPIRIT |
| ETHANOL | SODA ASH DENSE / LIGHT | XANTHAN GUM |
| FERRIC CHLORIDE | SODIUM ACID PYRO PHOSPHATE | XYLENE |
| FERROUS SULPHATE | SODIUM BENZOATE | ZINC CARBONATE |
| FLY ASH | SODIUM BI CARBONATE |
Aphron Drilling Technologies
Aphron drilling fluids, which are highly shear-thinning water-based fluids containing stabilized air-filled bubbles (aphrons), have been applied successfully worldwide to drill depleted reservoirs and other high-permeability formations. Although the performance of these fluids in the field is well documented, questions remain about how such fluids work. A study was initiated this past year under the auspices of the U.S. Department of Energy to develop some understanding of the mechanisms by which these fluids can seal loss zones with little permanent formation damage.