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GCC Frac Sand Market: Why Saudi Unconventional Gas Is Reshaping Proppant Sourcing

October 2, 20269 min readBy Maple & Sand Analyst Team
Frac sand proppant grains beside a gas well site in the Arabian desert

The GCC frac sand market is small, opaque and changing quickly. Frac sand is the graded silica sand pumped into hydraulically fractured wells to keep the fractures open, and in the GCC (Gulf Cooperation Council: Saudi Arabia, the UAE, Kuwait, Qatar, Bahrain and Oman) demand is tied mostly to Saudi Arabia’s push into unconventional gas. As of October 2026, three things matter to a buyer: a major gas field has started production, Saudi Arabia has paused new silica-sand exploration licence applications, and the local desert sand is not an easy substitute for imported proppant.

Short answer

Saudi Aramco says its Jafurah unconventional gas field began producing in December 2025 and targets 2 billion standard cubic feet a day of sales gas by 2030. Saudi Arabia’s industry ministry suspended acceptance of new silica-sand exploration licence applications on 28 December 2025, which limits how quickly new domestic supply can appear.

No public source we found gives a reliable tonnage for GCC frac sand demand, and the two main market reports differ by roughly tenfold. Buyers should specify grade and test standards tightly and qualify suppliers lot by lot, not rely on a headline market size.

What is driving the GCC frac sand market

Proppant demand comes from hydraulic fracturing. Unconventional gas reservoirs are typically stimulated that way, and each fracturing stage uses proppant. That is why the demand story starts with gas, not with construction or general sand trade.

Aramco’s own operations page says Jafurah production commenced in December 2025. It lists a target of 2 bcf/d of sales gas by 2030, alongside about 420 MMscfd of ethane and about 630,000 barrels a day of liquids, and it reports a 2023 re-assessment of 229 trillion standard cubic feet of gas in place. Those are Aramco targets, not delivered volumes, and ramp-up timing can move.

The UAE is moving in the same direction. World Oil reported in November 2025 that ADNOC is applying US shale-style fracking, with its chief executive describing early results as “very promising.” We found no published sand volumes for the UAE, and nothing on proppant demand in Kuwait or Oman, so any claim of a GCC-wide tonnage forecast should be treated with caution.

One more gap is worth stating plainly: we did not find a public figure for how much proppant a Saudi well or the Jafurah programme consumes, or how much of it is imported. Anyone quoting one is estimating.

Saudi Arabia has paused new silica-sand exploration licences

On 28 December 2025 (decision 1447/1/3763), the Ministry of Industry and Mineral Resources suspended acceptance of applications for silica-sand exploration licences. The ministry’s stated reason is a comprehensive study of silica-sand supply and demand and an evaluation of resources within designated mining sites, to support optimal industrial use.

The announcement is about new exploration applications. It does not say existing licences or operating producers are affected, and it does not set an end date. For a buyer, the practical reading is cautious: the pipeline of new domestic frac sand suppliers is constrained for now, so counting on a wave of new local producers in your sourcing plan is risky. Check the ministry’s current position before you commit to a supplier whose supply depends on a licence still to be granted.

Existing local processing does exist. Delmon began frac sand and proppant production in the Eastern Province (reported by OGN in 2012), and equipment maker CDE describes a wash plant for Muadinoon producing 0 to 600 micron silica and frac sand at 75 tonnes an hour. Both are supplier or trade descriptions, not independent capacity audits.

Why local dune sand is not a simple answer

Saudi Arabia has enormous quantities of sand, which makes local sourcing look obvious. The difficulty is strength. Proppant must resist crushing at reservoir closure stress, and wind-rounded dune grains can be round but weak.

The most detailed public result we found is old. A 2017 Journal of Petroleum Technology report on an Aramco and Schlumberger trial described sand from three dunes with about 95% quartz, some samples failing at 8,000 psi, and a closure stress of around 11,000 psi. The trial used a blend of 70% dune sand and 30% ceramic with fibres across 15 stages in a 4,500 ft lateral, and reported 110-day cumulative production within 3% of an offset well completed with ceramic only. A 2015 JPT item described treated local sand holding more than 12,000 psi in Aramco pillar-fracturing work, with an expected cost reduction of over 50%.

How to read this

Both reports are R&D-stage results from 2015 and 2017. They show that blends and treated sand can work in a test well. They do not show that dune sand is in routine commercial use today, and we found no current confirmation either way. Treat them as evidence of direction, not as a sourcing basis.

Close view of graded, rounded silica proppant grains on a work surface beside sieve trays
Frac sand is graded by size and checked for roundness and crush resistance before it is accepted.

Why GCC frac sand market estimates disagree

Report vendors publish very different numbers for the same label. The table shows what each says, with the date we saw the page.

Published GCC and Saudi frac sand market estimates (USD), as seen in September to October 2026. Treat all as indicative.
PublisherScope2025 valueForecastGrowth rate
IMARCGCCUSD 850.8MUSD 1,495.7M by 20346.15% CAGR, 2026 to 2034
Mobility ForesightsGCCUSD 8.9BUSD 14.7B by 20318.7% CAGR
IMARCSaudi Arabia onlyUSD 86.3MUSD 155.3M by 20346.75% CAGR
Published GCC and Saudi frac sand market estimates (USD), as seen in September to October 2026. Treat all as indicative. Source: IMARC (pages updated 20 August and 14 September 2026); Mobility Foresights (updated 3 September 2026).

The GCC figures differ by about tenfold. We cannot see inside either paywalled report, so the following is our interpretation, not a finding. One possibility is a scope difference, such as one vendor counting proppant sand only and another also counting related materials or services. Another is a definitional or scaling error: USD 8.9B is closer to the size usually quoted for the global frac sand market than for the Gulf. A third observation is that IMARC’s Saudi-only number is only about a tenth of its GCC number, which looks low given where unconventional gas activity is concentrated.

The useful response is not to pick a number. Ask what a figure includes (sand only, coated and ceramic proppant, logistics, services), what year and currency basis it uses, and whether it counts volume at the wellhead or at the plant. Our companion piece on the GCC natural and manufactured sand market walks through the same problem for construction sand.

For price context only, IndexBox trade data for 2024 shows a GCC average import price of about USD 94 a tonne for silica sand, against about USD 14 a tonne for construction sand. That is a broad customs category, not a frac sand quote.

What proppant buyers should specify

A frac sand purchase order is a technical document. The operator or service company will normally dictate the grade, so the buyer’s job is to make the specification testable and to require evidence for every lot.

Specification checklist
  • Size grade, written as a mesh pair such as 40/70 or 30/50, plus the permitted share of oversize and undersize material.
  • Roundness and sphericity, measured on a stated scale, with the minimum you require.
  • Crush resistance at the stress class of the target well, reported as fines generated.
  • Acid solubility and turbidity limits.
  • Test method and edition named in the contract, with an independent laboratory report per lot or per shipment.
  • Moisture content at loading and at discharge, and packaging format (bulk, bulk bags or pneumatic trailer).
  • Lot traceability back to the mine or processing plant, so a failed test can be traced.

Standards to name

Proppant testing is governed by API Standard 19C (formerly API RP 19C) and ISO 13503-2. Secondary sources describe the two as identical, and the 2024 ISO 13503-2 listing says it supplements API Std 19C, second edition (2018). We have not compared the full texts, so confirm in your contract which document and which edition applies, for example ISO 13503-2:2006 or the 2024 revision, instead of assuming they are interchangeable.

For orientation only, commonly cited values include average roundness and sphericity of 0.6 or higher for non-ceramic proppant, and acid solubility limits of 2.0% for the coarser grades and 3.0% for the finer ones, the latter as stated in a US supplier’s buying guide. Check these against the standard text before writing them into an RFQ.

Sourcing and logistics considerations

Because local supply is limited and unconfirmed at commercial scale, a buyer typically has to compare several options: processed local silica sand, imported frac sand, and coated or ceramic proppant where stress is highest. The choice depends on the well design, which is the operator’s decision.

  • Landed cost, not ex-works price. Sand is heavy and low value per tonne, so freight, port handling and inland haulage can outweigh the mine-gate price. We found no published freight or lead-time benchmarks for GCC frac sand, so obtain delivered quotes.
  • Duty and import checks.The GCC common external tariff is at least 5% on most goods from outside the GCC, applied on CIF value, per the US International Trade Administration’s Saudi import guide updated May 2026. Rates and conformity requirements are set by tariff line, so confirm the classification with a customs broker rather than assuming it.
  • Testing at both ends. Fines can increase during handling and transport. Specify a retained sample from loading and a test on discharge, with a clear rule on who pays when results differ.
  • Local content.Aramco’s IKTVA programme and the government’s LCGPA rules reward local value. We could not confirm whether frac sand sits on any mandatory local-product list, so ask the end buyer directly. Our guide to GCC procurement and local content explains how the scoring regimes differ, and the piece on qualifying industrial vendors covers the prequalification side.

Risks to plan for

  • Policy risk.The licence pause has no stated end date, and the ministry’s supply and demand study could lead to new rules for silica sand.
  • Ramp-up risk. Jafurah targets run to 2030. Demand will follow drilling and completion schedules, which can shift.
  • Quality risk. Out-of-spec grade or excess fines can reduce fracture conductivity. This is why independent lot testing matters more than supplier brochures.
  • Data risk. Market reports for this niche contradict each other. Do not size a plant, bid or investment on a single vendor number.
  • Concentration risk. With a small supplier base, a single plant outage or shipping delay can affect a programme. Qualify a second source early.

Where Maple and Sand fits

Maple and Sand is a B2B procurement intelligence platform connecting verified suppliers with institutional buyers across the GCC and North America. For a category like this, that means supplier verification and risk scoring, pricing benchmarks and local-content visibility in one place. You can see how this works on our how it works page, review the energy and infrastructure sectors we cover, or ask about custom-quoted access. For the broader approach to technical vetting and RFQ preparation, see strategic sourcing and project execution.

Frequently asked questions

What is frac sand?
Frac sand is a graded, high-purity silica sand used as proppant in hydraulic fracturing. It is pumped into fractures to hold them open so gas or oil can flow, and it must resist crushing at reservoir pressure.
Why does the GCC frac sand market matter now?
Saudi Aramco says Jafurah, its unconventional gas field, began production in December 2025 and targets 2 bcf/d of sales gas by 2030. Unconventional wells are typically hydraulically fractured, which creates proppant demand that conventional wells do not.
Is Saudi desert sand suitable for fracking?
Not on its own, according to the public evidence we found. A 2017 Aramco and Schlumberger trial reported some dune-sand samples failing at 8,000 psi and used a 70% dune sand and 30% ceramic blend. That is old R&D, so confirm the current position with the end buyer.
What did Saudi Arabia do about silica-sand licences?
On 28 December 2025 the Ministry of Industry and Mineral Resources suspended acceptance of new silica-sand exploration licence applications pending a supply and demand study. The announcement gave no end date.
How big is the GCC frac sand market?
Published estimates disagree. IMARC puts the 2025 GCC market at USD 850.8 million, while Mobility Foresights puts it at USD 8.9 billion. Both are vendor estimates, so use them as indicative ranges and not as procurement inputs.
Are API RP 19C and ISO 13503-2 the same?
Secondary sources describe them as identical, and the 2024 ISO 13503-2 listing says it supplements API Std 19C, second edition (2018). We have not compared the full texts, so name the exact standard and edition in your contract.

Sources and notes

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