Sonic
drilling is a drilling solution that reduces the friction between casing and
drill bit by instantaneously reducing soil porosity through soil liquefaction.
Sonic drilling can obtain very complete samples. The drilling offset is within
a few centimeters. The tool it uses is the
sonic drill, a new drilling technique that uses high frequency vibrational
forces, rotational forces and pressure to cut the drill bit into the soil or
soft rock to deepen boreholes or other drilling works.
Sonic
drilling rigs have the advantages of fast drilling speed, good fidelity of rock
and soil samples, less environmental pollution, good construction safety, and a
wide range of stratums. It usually falls into the following 4 categories:Small
Sonic Rigs、Compact
Sonic Rigs、Mid
Sonic Rigs、Large
Sonic Rigs. The sonic drilling rig can collect
continuous rock and soil samples with large diameter, strong representation and
good fidelity in the overburden and soft bedrock. The ability to accurately
determine the thickness of the formation, the physical properties and
composition of the rock and soil, and the content of pollutants provides an
ideal means for obtaining accurate rock and soil mechanical properties,
hydrogeological and geochemical information for geotechnical engineering
surveys. The sonic drilling rig has the characteristics of fast drilling speed,
good construction safety, wide adaptation to the stratum, and the ability to
collect high-fidelity samples. The sonic drilling technology is the best choice
for environmental drilling. For this reason
it is often used in the following industries. For example Sonic
drilling rigs can successfully collect continuous placer gold ore samples when
exploring placer gold deposits. in oil and natural gas seismic exploration,
sonic drilling rigs are ideal seismic exploration hole drilling equipment. In
addition, Sonic drilling rigs can be used for infrastructure. It can be used in
the construction of concrete cast-in-place piles, steel sheet piles, soil
nails, anchor piles, fracturing holes, grouting holes, and anchor cable holes.
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Global Sonic Drilling Rig
Market Analysis and Forecast
According
to our research, the Global Sonic Drill Rigs market has a total revenue of
91.17 M USD back in 2015, and increased to 116.25 M USD in 2019. We made a
series of functional calculation and deduced the past 5 year’s data with scientific
model. Finally, we made the prediction that the value of Sonic Drill Rigs
markets can be 130.78 M USD by 2025. The CAGR of Sonic Drill Rigs is 7.38% from
2020 to 2025. North America was the largest revenue market with a market share
of 66.57% in 2015 and 67.31% in 2019, an increase of 0.74%. In 2019, the Europe
market share was 18.84%, ranking second. Development of economy, increase
downstream demand, technology innovation progress in these areas will promote
the Sonic Drill Rigs market.
Sonic
Drill Rigs industry concentrate rate is high. The top three companies are Boart
Longyear, Sonic Drill Corporation (SDC), Eijkelkamp SonicSampDrill with the
revenue market share of 19.78%, 15.44%, 15.00% in 2019.
The
growth of the Sonic Drill Rigs market is driven by the downstream demand
market. As the global economy develops, the population continues to increase.
Growing market demand plays an active role in the expansion of the Sonic Drill
Rigs market. Higher product quality and more affordable products will be one of
the growth opportunities in this market in the future. At the same time,
competition in new regions may become more intense. This may become a factor
hindering market growth.
Global Sonic Drilling Rig
Market SWOT Analysis
The
sonic drilling rig can collect continuous rock and soil samples with large
diameter, strong representativeness and good fidelity in the overburden and
soft bedrock. Sonic drilling rigs can accurately determine formation thickness,
geotechnical properties and composition, and pollutant content, and provide an
ideal means for geotechnical engineering surveys to obtain accurate
geo-mechanical properties, hydrogeological and geochemical information.
Sonic
drilling is an advanced new construction technology, which has many advantages
such as fast drilling speed, good fidelity of rock and soil samples, good
construction safety and less environmental pollution. It can especially show in
complex formations such as deep overburden Its unique advantages.
Internationally, sonic drilling has been widely used in environmental
reconnaissance, placer gold geological prospecting, engineering reconnaissance,
ground source heat pump holes, dam and tailings monitoring holes, slope
reinforcement, micro piles, water well holes, etc. In emerging markets, the
application of sonic drilling has just started. At present, apart from the
United States, sonic drilling technology has been widely used in Canada, the
United Kingdom, the Netherlands, Australia, Japan and other countries. The
application range includes almost all drilling fields, mainly environmental
drilling, placer exploration, seismic blast hole drilling , Hydrological and
water well drilling, geotechnical engineering survey and infrastructure, etc.
Environmental
protection is increasingly being valued by the whole society, especially in the
United States, where environmental drilling is very active. Because of the fast
sonic drilling speed, high fidelity of core samples, and no secondary pollution
during the drilling process, sonic drilling rigs have become an indispensable
method for environmental drilling. Under normal circumstances, sonic drilling
does not need mud and additives or other hole-washing media, and the waste
generated by drilling is 70% to 80% less than that of conventional rotary
drilling, which greatly reduces the environmental pollution of drilling fluid. But its own characteristics can also pose
challenges such as,The main component
of the sonic drill is the vibrating rotary power head. The power head can
produce adjustable high-frequency vibration and low-speed rotation, and
vibration is formed by repeated swinging around the balance point, and energy
is accumulated in the drill pipe. When it reaches its natural frequency, it
causes resonance to be released and transmitted, and the energy is efficiently
transmitted through the drill pipe, so that the drill pipe and the drill bit
continue to drill into the soil. High penetration rate decreases with depth,
which means that RC or RAB may become more economical at depths exceeding 30m.
Sonic holes can be drilled dry, but a large number of hard rock units and
deeper holes are required to carry the drilling fluid, resulting in relatively
high costs.
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