Drilling Reagents

When drilling wells, the reliability of the borehole, the rate of penetration and the preservation of equipment directly depend on how competently the chemical reagents are selected. If the drilling fluid loses stability or foams at depth, this immediately affects timelines and budget. We offer drilling reagents with confirmed physicochemical indicators, so that every tonne of drilling mud works predictably in any geological conditions.

Name	Formula	GOST, TU	Order
Alpha Olefin Sulfonate	CnH2n+1SO3Na	-	Learn more
Ammonium bifluoride 98%	NH4F*HF	GOST 9546-75	Learn more
Ammonium fluoride 97%	NH₄F	GOST 4518-75	Learn more
Ethylene glycol	C2H6O2	GOST 19710-83	Learn more
Hydrofluoric acid 70%	HF	TU 6-09-2622-88	Learn more
Hydrogen peroxide	H2O2	GOST 177-88	Learn more
Polymer Emulsifier	-	per TU	Learn more
Soda Ash Technical (Sodium Carbonate)	Na2CO3	GOST 5100-85	Learn more
Sodium hydroxide (caustic soda)	NaOH	-	Learn more
Sodium tripolyphosphate	Na5P3O10	GOST 13493-86	Learn more
Sulfamic acid	NH2SO3H	TU 2121-083-05800142-2011	Learn more
Technical Powdered Lignosulfonate	-	TU 2455-028-00279580-2014	Learn more
Trisodium Phosphate Technical	Na3PO4	GOST 201-76	Learn more

Areas of drilling where they are used

Oil and gas drilling. Alpha olefin, LSTP and polymer emulsifier form heat-resistant solutions for deep directional and horizontal boreholes. Soda ash prepares water for mixing bentonite, and caustic soda keeps the pH in the alkaline range, protecting pipes from carbon dioxide corrosion.
Geological exploration and core drilling. Tripolyphosphate and trisodium phosphate thin clay muds, speeding up core removal without emergency sticking.
Water well drilling. Sulfamic acid and hydrogen peroxide are used for declogging water-bearing horizons, restoring flow rate after prolonged downtime.
Winter drilling. Ethylene glycol is introduced into the mud to ensure continuous circulation at sub-zero temperatures.

Advantages of our products

Quality certificates. Each reagent is accompanied by a document indicating actual indicators: mass fraction of the main substance, moisture content, particle size distribution.
Direct supplies from manufacturers. We exclude intermediate warehouses and the associated risk of grade substitution or moisture ingress into hygroscopic products.
Stability of physical form. Powder reagents do not cake, liquids retain concentration throughout the entire storage period.
Prompt shipment. The warehouse programme in Moscow allows a batch to be assembled for a specific drilling site on the same day.

To clarify the current price and place a request, contact a manager. We will supply the drilling site with effective chemical compositions.

Frequently asked questions (FAQ) about Drilling Reagents

Which reagents are used in well drilling?

Drilling uses chemical components for preparing and controlling drilling fluids — salts, alkaline substances, surfactants, stabilisers, inhibitors, pH regulators and viscosity-control additives. They help manage the fluid’s properties and reduce risks during operations.

How do you choose reagents for a drilling fluid?

The choice depends on the geology, well type, water mineralisation, temperature, required density, viscosity and fluid stability. When purchasing, it’s important to consider the substance’s purity, solubility, compatibility with other components, packaging, documentation and batch volume.

What are chemical additives used for in drilling?

Additives help regulate viscosity, stabilise the borehole walls, reduce foaming, adjust pH, bind impurities and maintain the fluid’s operating parameters. The specific set of reagents is chosen according to the drilling technology and site conditions.

Why does supply logistics matter for drilling reagents?

Drilling operations often run to a schedule, and a delay in reagent supply can halt the process or disrupt the process regime. That’s why customers assess warehouse availability, packaging, shipment lead times, documentation, the ability to supply a large batch and quality consistency.