Engineering News and Mining Weekly

Methanol surge expected to continue

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In recent years, the demand for methanol has witnessed a significan­t surge, particular­ly within the marine and constructi­on industries, states analytical reportage company Persistenc­e Market Research.

The observatio­n of this upward trend prompted Persistenc­e Market Research to conduct a comprehens­ive market study, which it released last month, to understand the driving forces behind methanol consumptio­n and its projected trajectory in the coming years.

According to market researchin­g firm Markets and Markets the global methanol market was valued at $30.9-billion in 2023 and is projected to reach $38-billion a year by 2028, growing at a 4.2% compound annual growth rate (CAGR) over the forecast period.

Persistenc­e reports that in the dynamic landscape of industrial chemicals, methanol stands out as a “versatile and indispensa­ble” compound, with its applicatio­ns spanning various sectors, from fuel production to chemical synthesis.

The study on methanol consumptio­n paints a promising outlook for the industry, with robust growth expected in various sectors.

Factors such as increasing environmen­tal awareness, regulatory mandates, and technologi­cal advancemen­ts in methanol production and use are anticipate­d to bolster market expansion.

Further, ongoing research and developmen­t efforts aimed at enhancing the efficiency and sustainabi­lity of methanol production processes are likely to drive innovation within the industry.

Advancemen­ts in renewable methanol production, using sources such as biomass and carbon capture technologi­es, hold the potential to further diversify methanol supply chains and mitigate environmen­tal impacts associated with convention­al production methods.

The study underscore­s methanol’s pivotal role in meeting the evolving needs of diverse industries, particular­ly in marine and constructi­on applicatio­ns.

As global initiative­s for environmen­tal sustainabi­lity gain momentum, methanol emerges as a versatile and ecofriendl­y solution for addressing energy and resource challenges.

With its widespread adoption and continued technologi­cal advancemen­ts, methanol is poised to remain a cornerston­e of industrial chemistry, driving innovation and sustainabl­e developmen­t across various sectors in the years to come, says Persistenc­e Marketing.

The Making of Methanol

Methanol, also known as wood alcohol, is a colourless and volatile liquid with a multitude of industrial applicatio­ns and is primarily produced through the catalytic conversion of natural gas, coal or biomass feedstocks.

The chemical’s significan­ce lies in its role as a feedstock for the synthesis of numerous chemicals, including formaldehy­de, acetic acid and methyl tertiary-butyl ether.

According to Persistenc­e, global methanol consumptio­n is expected to reach $77.6-billion by the end of 2032.

East Asia is anticipate­d to be the largest consumer of methanol with this regional market expanding at a CAGR of 6.4% over the decade.

Increasing demand for alternativ­e fuels, growing chemical production, and expanding industrial applicatio­ns are driving market expansion.

Rising Demand in Marine Industry

One of the key drivers behind the increasing consumptio­n of methanol is its growing use in the marine industry, reports Persistenc­e.

Methanol serves as a viable alternativ­e marine fuel, offering advantages such as reduced emissions and compliance with evermore stringent environmen­tal regulation­s.

As the shipping industry faces pressure to adopt cleaner fuel alternativ­es to traditiona­l bunker fuels, methanol emerges as a promising option owing to its lower sulphur content and compatibil­ity with existing infrastruc­ture.

Moreover, methanol-powered vessels have gained traction as a cost-effective solution for meeting emission standards set by organisati­ons like the Internatio­nal Maritime Organisati­on (IMO).

With the implementa­tion of regulation­s such as the IMO 2020 sulphur cap, which mandates a significan­t reduction in sulphur emissions from ships, the demand for methanol as a marine fuel is expected to escalate further.

Methanol in Constructi­on

Persistenc­e reports that in addition to its prominence in the marine sector, methanol plays a crucial role in the constructi­on industry.

Methanol is used in the production of formaldehy­de, a key building block in the manufactur­e of various constructi­on materials, including adhesives, laminates and plywood.

Formaldehy­de-based resins find extensive applicatio­ns in the bonding and strengthen­ing of wood products, thereby contributi­ng to the constructi­on of infrastruc­ture and buildings.

The constructi­on industry’s reliance on formaldehy­de-based materials underscore­s the integral role of methanol in facilitati­ng constructi­on activities worldwide.

As urbanisati­on continues to drive infrastruc­ture developmen­t and constructi­on projects, the demand for methanol-derived products is poised to witness sustained growth in the foreseeabl­e future.

 ?? ?? MAKING METHNOL
Methanol is used as a feedstock for the synthesis of numerous chemicals, including formaldehy­de, acetic acid and methyl tertiary-butyl ether
MAKING METHNOL Methanol is used as a feedstock for the synthesis of numerous chemicals, including formaldehy­de, acetic acid and methyl tertiary-butyl ether
 ?? ?? METHANOL LAB
Methanol, also known as wood alcohol, is a colourless and volatile liquid with a multitude of industrial applicatio­ns and is primarily produced through the catalytic conversion of natural gas, coal or biomass feedstocks
METHANOL LAB Methanol, also known as wood alcohol, is a colourless and volatile liquid with a multitude of industrial applicatio­ns and is primarily produced through the catalytic conversion of natural gas, coal or biomass feedstocks

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