Global Calcium Carbide Market- Covid-19 Impact, Growth Analysis, Industry Trends, Applications and Forecast till 2031
Calcium
Carbide Market: Introduction
The calcium carbide
market was valued over US$ 18.7 Bn in 2020 and
is expected to cross US$ 31 Bn by 2031.
The global calcium carbide market is anticipated to expand at a CAGR of ~5% during
the forecast period. Calcium cyanamide is produced by passing nitrogen through
powdered calcium carbide in an electric arc furnace. The increase in the demand
for calcium cyanamide is expected to drive the calcium carbide market during
the forecast period. Rise in global demand for food owing to growing
population; climate changes; and ineffective farming techniques are driving the
need for yield efficiency across the globe. This, in turn, is augmenting the
global calcium carbide market.
According
to the U.S. Census Bureau, the global population stood at around 7.5 billion
in 2019 and
is anticipated to reach more than 9.7 billion by 2050.
Thus, increase in need for food is projected to drive the demand for calcium
cyanamide fertilizers during the forecast period. In turn, this is likely to
boost the global calcium carbide market.
The rise in
the demand for calcium cyanamide has been identified as one of the key calcium
carbide market trends. Calcium cyanamide is a nitrogen-based fertilizer used in
the agriculture industry to protect crops from a wide range of harmful insects
and weeds. Calcium cyanamide also helps in preventing yield and quality losses
during tight crop rotations. Thus, increase in demand for calcium cyanamide is
boosting the global calcium carbide market.
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Key Drivers of Calcium Carbide
Market
The growth
in the demand for Polyvinyl Chloride (PVC) in various applications across the
globe is expected to boost the calcium carbide market during the forecast
period. Polyvinyl Chloride (PVC) is one of the widely used polymers in the
world. PVC is used extensively across a broad range of industrial, technical,
and everyday applications, including building & construction, transport,
packaging, electrical/electronics, and healthcare, due to its versatile nature.
PVC has
been used extensively in a wide range of construction products for over half a
century, owing to its strong, lightweight, durable, flame retardant, and
excellent electrical insulation properties. Typical examples of PVC
construction products include window and door profiles, conservatories and
atria, pipes and fittings, power, data and telecom, wiring and cables, cable
and services ducting, internal and external cladding, roofing and ceiling
systems and membranes, rainwater, soil and waste systems, flooring, and wall
coverings.
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The
increase in the demand for PVC is directly linked to GDP growth, as PVC is
widely used in all major end-use sectors that affect the GDP of a country.
Therefore, the rise in economies around the world is anticipated to boost the
demand for PVC during the forecast period. In turn, this is expected to propel
the global calcium carbide market.
PVC is
manufactured through the cracking of chemicals such as calcium carbide,
ethylene, and dichloroethane. Hence, the demand for calcium carbide is
estimated to rise due to the increase in the demand for PVC. PVC is widely used
in the manufacture of pipes, siding, hoses, medical devices, automotive parts,
housewares, shower curtains, raincoats, toys, school supplies, food packaging,
and shoes. Thus, it is employed in major industries such as automotive,
electrical & electronics, and building & construction.
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Harmful Health Effects to Hamper Calcium Carbide Market
Calcium
carbide is on the Right to Know Hazardous Substance List cited by the U.S.
Department of Transportation (DOT), National Fire Protection Association
(NFPA), and Environmental Protection Agency (EPA). Apart from its industrial
use, it is frequently used in domestic settings for unclogging of drains as
well as ripening of fruits. Calcium carbide is an alkali. It releases acetylene
gas on contact with moisture. Acetylene gas is a chemical analogue of ethylene
gas, which is a natural fruit ripening agent. Commercialized ripening is an
essential part of the fruit business, as ripe fruits are not suitable to
transport and distribute. Acetylene gas is a depressant to central nervous
system and irritant to respiratory system. Its chemical reaction generates
heat, which can cause burn and damage to mucosa, skin, and eyes on contact.
Therefore, several governing bodies have banned the usage of calcium carbide to
ripen fruit. This is anticipated to adversely affect the calcium carbide
market.
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