Siwa salt for brines, drilling, completion and workover
Siwa Drilling Salt Selected by Brine Chemistry and Particle Size
With a typical source analysis of 99.24% NaCl, Siwa rock salt provides a strong supply basis for brine and oilfield-fluid programmes when chemistry, insolubles, secondary ions and particle size are matched to the system. Biliton confirms each grade against the buyer’s fluid programme and approved limits.
Siwa Oasis · Egypt
TDS · SDS · COA
Application-led selection
Export packing
OILFIELD BRINE ROUTE
Brine chemistry and particle size drive the drilling-salt decision.
For drilling, completion and workover programmes, the buyer’s fluid basis comes first. We review target brine concentration, contaminants, dissolution needs, fine/coarse grading and site logistics.
COMMERCIAL APPLICATIONS
Drilling, completion, workover and brine programmes.
Drilling-fluid brine preparation
Completion brines
Workover fluids
Oilfield service operations
Industrial brine preparation where the specification matches
BEFORE WE QUOTE
Start with the fluid programme and target brine basis.
- 01 Drilling / completion / workover programme
- 02 Target brine concentration or fluid basis
- 03 Purity and contaminant limits
- 04 Fine or coarse sieve requirement
- 05 Dissolution requirement if applicable
- 06 Quantity, packing and destination port
PRODUCT PARAMETERS
Control contaminants and sieve distribution.
- 01 NaCl and chloride basis
- 02 Moisture
- 03 Water-insoluble matter
- 04 Calcium and magnesium
- 05 Sulphate
- 06 Particle-size distribution
- 07 Other fluid-specific contaminant limits when specified
PACKING & EXPORT
Site-ready packing and moisture protection.
Bags, jumbo bags or programme-specific loading with moisture protection and logistics matched to the site and destination port.
TDS
Order documents
SDS
Order documents
COA
Order documents
PACKING LIST
Order documents
TYPICAL SIWA SOURCE ANALYSIS
Reference analysis of the raw Siwa rock-salt source.
The displayed chemistry and sieve analysis are a typical Siwa rock-salt reference. Final drilling grading, contaminant limits and dissolution criteria are confirmed against the approved fluid programme.
| Parameter | Typical value | Parameter | Typical value |
|---|---|---|---|
| Purity (NaCl) | 99.24% | Moisture | 1.20% |
| Water Insoluble Matter | 0.36% | SO₄ | 0.20% |
| Ca | 0.04% | Mg | 0.06% |
| CaSO₄ | 0.14% | MgSO₄ | 0.13% |
| MgCl₂ | 0.13% | Cu | 0.006% |
| K | 0.008% |
SOURCE SIEVE ANALYSIS — Particle-size distribution of the reference source sample.
| Parameter | Typical value | Parameter | Typical value |
|---|---|---|---|
| +19.0 mm | 0.00% | 12.5–19.0 mm | 3.30% |
| 9.5–12.5 mm | 7.07% | 6.70–9.5 mm | 18.86% |
| 4.75–6.70 mm | 17.52% | 2.36–4.75 mm | 33.16% |
| 1.00–2.36 mm | 17.51% | 0.60–1.00 mm | 2.02% |
| <0.60 mm | 0.56% |
Can fine and coarse drilling grades be supplied?
Fine or coarse distributions are reviewed against dissolution needs, requested sieve distribution, volume and available screening capability.
Is 99.24% NaCl the specification of every drilling lot?
No. It is a typical source analysis. The contractual grade is confirmed against the fluid programme and shipment COA.
What data is needed to select the drilling grade?
Send the fluid type, brine concentration, contaminant limits, particle size, quantity, packing and destination port.
READY TO QUOTE
