Blast Monitoring Equipment Market by Product Type (Blast Monitors, Real Time Dust Monitors, Dust Samplers, and Visibility Monitors), End-use Industry (Defense, Chemicals, Mining & Constriction, Oil & Gas, and Others), Application (Underground Mines, Surface Mining, Demolition, Detonation, Rock Blasting, and Others), and Region (North America, Europe, Asia-Pacific, and LAMEA): Global Opportunity Analysis and Industry Forecast 2022–2031

Engineering, Equipment and Machinery

CM23018602

Pages: 260

Jan 2023

Reports Overview

Global Blast Monitoring Equipment Market Analysis

The Global Blast Monitoring Equipment Market Size was $253.3 million in 2021 and is predicted to grow with a CAGR of 5.2%, by generating revenue of $412.7 million by 2031.

Global Blast Monitoring Equipment Market Synopsis

Mining companies are opting automated blasting operations using cutting-edge technology to minimize mining costs and increase profit margins. Therefore, service providers have started to include thorough analysis and malicious behavior warnings in their blast monitoring equipment automation service portfolio for blasting operations to support improved mining activity management. Service providers such as Maxamcorp Holding and SL are already delivering personalized services and addressing their clients' demands. On November 14, 2019, Orica Limited and Epiroc Rock Drills AB announced their collaboration to create a semi-automatic explosive delivery system to enable a more productive and safe blasting environment at mining sites.

The mining and construction sectors are the largest users of blast monitoring equipment. During blasting, the blast may increase the dust and noise which is hazardous to human health. When humans breathe in airborne dust while at work, they run the risk of developing what is called an occupational illness. Excessive dust exposure results in sickness, temporary and permanent disability, and high mortality every year in both developed and developing countries. Dust at a blasted place is expected to cause environmental damage, contaminate or degrade products, and even cause fires or explosions.

Blast monitoring equipment is mostly used in the mining industry. Several rules and regulations have been created to improve mine worker safety and reduce the environmental harm caused by mining operations. For example, the Surface Mining Control and Reclamation Act (SMCRA) of the U.S., which strives to reduce harm and damage caused to the public and property, supports the use of more modern blasting technologies. Similarly, Ghana's Minerals and Mining (Explosives) Regulations govern the use, conveyance, possession, and storage of explosives for quarrying, mining, and civil activities. Similar rules have been imposed in a number of countries, including India, Australia, Canada, and the U.S., where mining contributes considerably to the overall national GDP.

Blast Monitoring Equipment Overview

A blast monitoring system is used to measure blasting activity from the mining sites. The most recent blast technology allows mine owners to increase efficiency and free up resources by automating drilling and blasting operations. Miners need to operate in difficult terrain due to the never-ending demand for natural resources, which increases in-ground stress. In order to decrease the time miners spend doing manual tasks and increase mine safety, it is necessary to implement more precise and technologically supported drilling and blasting activities.

COVID-19 Impact on Global Blast Monitoring Equipment Market

The COVID-19 impact on blast monitoring equipment market has caused several uncertainties that have resulted in significant economic losses as many enterprises around the world came to a standstill. There was less need for blast monitoring equipment owing to supply chain disruptions, the closing of manufacturing facilities, and a global economic slump. Mining activities have been resilient in both the Commonwealth of Independent States (CIS) and Africa during the pandemic but have been hampered by quarantine restrictions and mine closures owing to the outbreak. Sea freight expenses for Primary Care Providers (PCP) increased dramatically, during the second wave of COVID-19. Furthermore, the construction and mining sectors were hampered severely in terms of new project sales and acquisition, resulting in a major decrease in demand for blast monitoring equipment.

On January 21, 2020, the Orica company took a new initiative to produce blast monitoring equipment. Orica introduced new underground blast design software to increase productivity and lower costs.

The Significant Increase in Construction Blasting Activities Across the Globe to Drive the Market Growth

The increase in construction blasting activities has significantly resulted in an increase in demand for industrial explosives which is directly related to mining operations. The supply-demand imbalance for commodities such as coal (for power generation), limestone (for cement manufacturing), iron ore (for steel production), and stone aggregates from stone quarries is enormous, particularly in the mining industry (for use in construction and infrastructure projects). Construction activities, such as blasting and pile driving are increasing, as population density rises. These factors are projected to drive the blast monitoring equipment market growth during the forecast period.

To know more about global blast monitoring equipment market drivers, get in touch with our analysts here.

The Dependability Issues With Monitoring System Forecasting Capabilities to Be an Impediment to The Growth of the Market

Experienced operators are frequently doubtful of the diagnosis and forecasts provided by blast monitoring equipment systems due to problems such as blast measurements issue, service outages, and erroneous alerting blast signals caused by the instruments. Furthermore, employees may be averse to the new way of planning and maintaining process efficiency, resulting in a lack of support for the implementation of efficient blast monitoring equipment. Demand for blast monitoring equipment is expected to be hampered owing to the difficulties in manufacturing settings, which may include a variety of surfaces on which blast monitoring equipment and services may be difficult to implement. The sustainability issues related to monitoring system forecasting capabilities are a significant barrier to the industry growth.

Increase in development in blast monitoring technology to drive excellent opportunities in the market

The major advancements in blast technology are expected to drive the demand for blast monitoring equipment which is further projected to drive the market growth. One of the factors driving the market growth is the ongoing shift from cartridge products in favor of bulk products for both surface and underground operations. Surface and underground delivery-vehicle technologies that improve blast accuracy and security, such as high-precision pumps and blending and measurement devices, robotic arms that place the product in the hole, and remote controls, are also contributing factors to the market expansion. These factors are projected to create numerous blast monitoring equipment market opportunities for the key players in during the forecast period.

To know more about global blast monitoring equipment market opportunities, get in touch with our analysts here.

Global Blast Monitoring Equipment Market, by Product Type

Based on product type, the market has been divided into blast monitors, real time dust monitors, dust samplers, and visibility monitors. Among these, the blast monitors sub-segment accounted for the highest market share in 2021, whereas the real time dust monitors sub-segment is estimated to witness the fastest growth during the forecast period.