Sand Control Systems Market Role of Digitalization in Enhancing Efficiency and Productivity
The global sand control systems market is expected to grow at a CAGR of 7.59% during the forecast period of 2023-2032. The market is driven by increasing exploration and drilling activities in unconventional formations, such as shale and tight sand, which are more prone to sand production. Sand control systems are used to prevent sand from entering the wellbore and damaging production equipment.
The major types of sand control systems are gravel
packs, frac packs, sand screens, and inflow control devices. Gravel packs are
the most common type of sand control system and are used in both open-hole and
cased-hole completions. Frac packs are used in high-rate fracture treatments.
Sand screens are used to provide structural support to the wellbore and to
prevent sand from entering the wellbore. Inflow control devices are used to
control the flow of fluids into the wellbore and to improve well productivity.
Key Players:
·
Schlumberger Limited
(France)
·
Halliburton Inc.
(U.S.)
·
Baker Hughes
Incorporated (U.S.)
·
Weatherford International
(Switzerland)
·
National Oilwell Varco
(U.S.)
·
Oil States
International (U.S.)
·
Tendeka (U.K)
·
Welltec (Denmark)
·
Packers Plus Energy
Services Inc. (Canada)
·
Superior Energy
Services Inc. (U.S.)
Market Scope
The global sand control systems market is projected
to gain revenues at 7.59% CAGR over the forecast period. Fluctuating prices of
crude oil as well as increased focus on improving the production of oilfields
can drive the market. System installations of sand control systems for lowering
overall production costs can influence the market positively.
Access to residual reserves in oilfields coupled
with technological advances in new techniques can drive the market demand.
Offshore oilfields are expected to gain major market share owing to reducing
well failure probabilities in ultra deepwater and deepwater wells.
Rise of offshore exploration and production
activities due to deviation in demand and supply of crude oil can prove
bountiful to the Sand
control equipment. Major oilfield discoveries
coupled with investments by oil & gas companies for acquiring more assets
can bode well for the market.
Segmentation
By technique, the market has been segmented into
sand screens, gravel pack, frac pack, inflow control devices, and others. The
gravel pack dominated the technique segment of the sand control systems market
due to the increased drilling of oil and gas fields in the onshore regions. It
is implemented in offshore and onshore oilfields. Gravel packs can expand the
production surface area of the well and stabilize sand formation. But the
inflow control devices segment is projected to grow at the fastest rate during
the forecast period.
On the basis of well type, the market has been
divided into onshore and offshore. Onshore dominates the well type segment of
the market. Existence of huge onshore oil & gas wells is the major driving
factor of the onshore segment in the sand control systems market. Installation
of gravel packs for filtering sand during production in the Permian basin can
drive the segment growth. Offshore segment is projected to be the fastest
growing segment during the forecast period mainly due to rising deep & ultra
deepwater drilling activities globally.
Regional Analysis
North America, Asia Pacific (APAC), Europe, and
Rest-of-the-World (RoW) are regions analyzed in the global sand control systems
market.
APAC had captured maximum market shares in 2017.
Large population and rapid industrialization can drive the demand for energy,
which in turn can drive the demand for sand control systems. Rise in oil
exploration and production activities in Indonesia, Myanmar, Australia, and
Malaysia can bode well for the market. Large imported quantities of crude oil
had provided a novel growth opportunity for sand control system equipment
dealers. Implementation of these systems had increased process efficiency and
prevented equipment from damage.
Industry News
Tendeka has partnered with TGT for identifying
locations of sand inflow within the well bore. The Filtrex thru-tubing sand
control system of the former can be used in repairing the damage rapidly.
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