E-mail: [email protected] Whatsapp: +8613647327093 Tel: +86-731-8403-0163
E-mail: [email protected] Whatsapp: +8613647327093 Tel: +86-731-8403-0163
Eco friendly become more and more important in recent years. Therefore, how to achieve environmental protection has become one of the important topic for all manufacturers. Why Drillmaster products are eco-friendly? Let's see our main products as below.
1. Low mud usage
The rotary drilling rig adopts the form of a power head. Its working principle is to use a short spiral drill bit or a barrel drill to use strong torque to rotate and dig the soil, gravel and other drilling debris and then quickly pull it out of the hole. Drilling construction can be carried out without the need for mud support. Even when special formations require mud wall protection, the mud only serves as a support operation, and the mud content in drilling is very low. This greatly reduces the use of mud and related environmental pollution, and also reduces construction costs.
2. Efficient hole formation and waste reduction
The rotary drilling tool has the characteristics of efficient hole formation and can complete the drilling operation in a short time, thereby reducing construction time and energy consumption. In addition, since the rotary drilling tool produces less drilling debris during the drilling process and is easy to handle and recycle, it reduces the generation of waste and pollution to the environment.
3. Durability
The material not only has excellent mechanical properties and durability, but is also easy to recycle and reuse, reducing resource waste and environmental pollution.
4. High degree of automation and reduced labor intensity
Rotary drilling tools are usually equipped with advanced automated control systems, which can achieve precise drilling control and efficient construction operations. This not only improves construction efficiency and quality, but also reduces the labor intensity of construction workers and reduces environmental pollution and safety hazards caused by human operational errors.
1. Environmentally friendly material selection
The material not only has high strength, high wear resistance and impact resistance, and can withstand high loads and wear during drilling, but is also easy to recycle and reuse, extending the service life of the kelly bar, thereby reducing waste and environmental pollution caused by frequent replacement of kelly bars.
2. Efficient construction reduces energy consumption and emissions
The efficient excavation capacity of the rotary kelly bar can significantly improve the construction progress and shorten the construction period. This means that during the construction process, the kelly bar can complete the drilling operation at a faster speed, thereby reducing energy consumption and emissions.
3. Low noise and dust pollution
The noise and dust pollution generated by the rotary kelly bar during the construction process are relatively small. This is because the kelly bar adopts advanced cutting technology and power system, which can reduce the generation of noise and dust while ensuring efficient construction. In addition, construction personnel can also take additional noise reduction and dust prevention measures, such as using silencers, spraying water mist, etc., to further reduce the impact of construction on the environment.
4. Easy to operate and maintain to reduce environmental impact
The design of the rotary kelly bar is easy to operate and maintain, which reduces the failure rate and maintenance costs during use. At the same time, the easy maintenance feature also means that the drill pipe can maintain a long service life, reducing the waste generated by frequent drill pipe replacement. In addition, regular maintenance and care can also ensure the good working condition of the drill pipe, reducing downtime and energy consumption caused by failures.
1. Environmentally friendly materials
The tooth body of rotary drilling teeth is generally high-strength alloy steel, and the alloy head is hard alloy. These materials not only have high strength, high wear resistance and impact resistance, can withstand high loads and wear during drilling, but also are easy to recycle and reuse, which is in line with the concept of environmental protection.
2. Reduce energy consumption and emissions
The design and optimization of rotary drilling teeth can improve drilling efficiency, thereby reducing energy consumption and emissions. Efficient drill teeth can cut into the formation faster, reduce drilling time, and thus reduce energy consumption. In addition, reasonable drill tooth layout and angle design can reduce cutting resistance, improve energy utilization, and further reduce energy consumption.
3. Easy to replace and maintain
Rotary drilling teeth are usually replaceable, which is convenient for quick replacement after wear. This not only improves construction efficiency, but also reduces waste generated by drill tooth wear. At the same time, easily replaceable drill teeth are also easy to maintain and maintain, extending the service life of kelly bars and drilling rigs, and further reducing resource waste and environmental pollution.
1. Reduce the use and discharge of mud
Traditional rotary drilling and piling processes may require the use of mud to stabilize the hole wall, but the discharge and treatment of mud often pollute the environment. The use of segmented casing can effectively avoid the use of mud, thereby reducing the environmental problems caused by mud discharge.
2. Improve construction efficiency and quality
Segmented casing can accurately control the diameter and verticality of the hole, thereby improving the quality and stability of the hole. This helps to reduce construction problems caused by hole deviation, such as pile body tilt and insufficient bearing capacity.
3. Adapt to complex geological conditions
In loose strata or geological conditions with abundant groundwater, the use of segmented casing can support the hole wall and prevent the occurrence of hole collapse. This helps to ensure construction safety and reduce construction delays and cost increases caused by hole collapse.
4. Reduce construction noise and vibration
Compared with traditional rotary drilling and piling processes, the use of segmented casing can reduce noise pollution during construction. This helps to protect the hearing health of surrounding residents and workers, and also helps to reduce complaints and disputes caused by noise pollution.
The use of segmented casing can also reduce the impact of vibration during construction, thereby protecting the safety of surrounding buildings and underground pipelines.
1. Low noise operation
Compared with traditional pile head breaking methods, such as hammering, manual drilling or pneumatic pick demolition, the pile breaker generates less noise during the construction process. This is mainly due to the advanced cutting technology and power system used by the pile breaker, as well as the good vibration and noise reduction design. Low noise operation not only reduces the interference of construction to surrounding residents and the environment, but also meets the requirements of modern environmental protection construction.
2. Reduce dust emissions
The pile breaker does not generate a lot of dust when crushing concrete, thanks to its unique cutting method. Traditional pile head breaking methods often generate a lot of dust, which is harmful to the environment and the health of construction workers. The pile breaker can effectively reduce dust emissions during the crushing process, protecting the environment and the health of construction workers.
3. Resource recycling
The pile heads cut off by the pile breaker during the construction process can be recycled and reused as building materials. This not only reduces the generation of construction waste, but also realizes the effective utilization and circulation of resources. It conforms to the concept of modern green construction and sustainable development.
4. High efficiency and energy saving
The pile breaker adopts efficient cutting technology and power system, which can complete the pile head breaking work in a short time, improving construction efficiency. At the same time, its energy-saving design also reduces energy consumption and carbon emissions. This meets the requirements of modern environmental protection construction for high efficiency and energy saving.
Unlike bentonite, polymer mud is used in smaller quantities, and its working principle minimizes its impact on the environment.
Trenchless horizontal directional drilling machine enables underground laying of pipelines without damaging the ground surface, reducing noise pollution and the possibility of environmental pollution.
Second-hand construction machine
The development of the second-hand construction machine industry has maximized the utilization rate of machines, avoiding resource waste caused by unbalanced resource allocation and reducing the impact on the environment.
Contact Us
