In 2025, the global mining industry will accelerate its transition toward green fracturing technologies—demand for CO₂ blasting applications continues to rise.

Category: Industry News

Published Time: 2025-12-08

Summary: As the global mining industry enters a new phase characterized by "high safety, high environmental protection, and high efficiency," traditional explosive materials have come under strict restrictions in many countries and regions. In recent years, green, flameless fracturing technologies—represented by **carbon dioxide blasting (CO₂ fracturing technology)**—have gradually become a key technological focus for mining companies, engineering contractors, and overseas resource developers.

Global mining safety standards are being upgraded, and demand for CO₂ blasting is rapidly growing.

As we enter the 2024–2025 period, several countries overseas have successively introduced stricter safety and environmental protection standards for mining areas, particularly:

African resource-rich countries strengthen control over explosives.

Several Southeast Asian countries are calling for reductions in dust, vibration, and noise pollution.

Mining areas in the Middle East and South America tend to favor non-detonative blasting methods with higher safety factors.

Under this trend, CO₂ fracturing technology—owing to its advantages of "no open flame, low vibration, low dust generation, and high controllability"—is increasingly being incorporated into the procurement and application plans of overseas mining companies.


CO2 blasting: Safer, more environmentally friendly, and better suited for complex mining conditions.

Compared to traditional blasting methods, the CO₂ fracturing system offers distinct advantages in underground mining operations:

1. Flame-free operations, avoiding the risk of explosives.

In flammable and explosive environments such as coal mines, metal mines, and tunnels, CO₂ blasting can significantly reduce the risk factor associated with explosives.

2. Highly efficient rock fracturing, with strong adaptability

Applicable to:

Deep-hole crushing

Quarry stripping

Mining excavation

Pre-cracking of the roof slab

Tunnel widening

And can effectively enhance the overall construction efficiency of mining areas.

3. Environmentally friendly and pollution-free

The primary emission after blasting is CO₂ gas, with no harmful residues and no explosive fragments, meeting environmental standards in many overseas countries.

4. The construction process is more controllable and generates less vibration.

It has higher compliance when used in urban construction, traffic tunnels, or areas near residential zones or historical buildings.


Overseas market procurement demand is showing three major trends.

Based on the industry information you previously provided and current changes in foreign trade demand, CO₂ blasting is showing the following trends overseas:

◆ Trend 1: Increased procurement of security breach devices in the Middle East and Africa

Local mining areas generally have strict regulations on explosives management, making CO₂ fracturing tubes a viable alternative.

◆ Trend 2: Mines in Southeast Asia are placing greater emphasis on technologies that combine “environmental protection + efficiency.”

Construction methods that are free of explosives and produce low dust are more likely to be approved by local governments.

◆ Trend 3: Overseas engineering contractors tend to procure complete solutions.

Not only are fracturing equipment needed, but also:

Technical Training

Installation and Operation Instructions

Construction Safety Standards

Consumables Supply Chain Assurance
This type of “one-stop delivery capability” has become an important reason for customers to choose a supplier.


CO2 Fracturing in Real-World Application Scenarios Within Mines (Combined with the Image You Uploaded)

In mine shafts, tunnels, or underground working environments, CO₂ fracturing achieves rock fracturing through the expansion of high-pressure gas. It is suitable for:

Ore body extension and stripping

Roof demolition

Tunnel excavation for rock breaking

Low-vibration rock mass pre-splitting

Safe Demolition in High-Risk Areas

This approach enables precise operations in confined underground mine environments, reduces the impact of vibrations on support structures, and simultaneously lowers dust and noise levels, thereby enhancing the safety of underground operations.


China Chuangpuda: Providing Safe and Efficient CO₂ Fracturing Solutions for the Global Mining Industry

Based on years of technical experience in mining equipment, China Chuangpuda Continuously providing services to overseas mining contractors:

CO₂ Fracturing Pipe Equipment

Overall Solution for Carbon Dioxide Blasting System

Mining Area Safe Construction Guidance

Technical Training and After-Sales Service

Supply of supporting equipment for overseas projects

We have successfully assisted mining companies in multiple countries to smoothly transition to green fracturing technology, earning a strong reputation.


The green blasting trend is set, and CO₂ fracturing will become the preferred solution for more mining areas.

As global mining safety policies continue to be upgraded, CO₂ fracturing equipment will see a significant increase in overseas applications over the next few years. For companies planning to update their mining technologies and seeking higher safety standards, CO₂ blasting solutions will markedly enhance overall operational efficiency and safety.


For CO₂ fracturing equipment solutions, mine site construction guidance, and foreign trade export support, please contact China Chuangpuda Machinery & Technology Co., Ltd.

Keywords: In 2025, the global mining industry will accelerate its transition toward green fracturing technologies—demand for CO₂ blasting applications continues to rise.

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