In the rapidly evolving landscape of heavy lifting and construction, BMS Heavy Cranes stands out as a global leader, and its presence in China is no exception. This in-depth guide delves into the world of BMS Heavy Cranes, highlighting their significant impact on the onshore and offshore wind industry, infrastructure projects, and other critical sectors in China.

Readers can expect to gain a comprehensive understanding of BMS Heavy Cranes’ extensive fleet, which includes some of the most advanced and powerful cranes in the world, such as the 3000-tonne ring crane and the LR 11350 crawler crane. You will learn about the company’s commitment to safety, efficiency, and innovation, as well as its global network and local initiatives that make complex projects achievable.

This guide will also explore BMS Heavy Cranes’ specialized services, including the erection and servicing of offshore wind turbines, and how their cutting-edge equipment is optimized for the unique challenges of the Chinese market. Whether you are an

Electric chain hoist – BMS series

Since the provided websites do not include the specific content from https://www.dqcranes.com/electric-hoist/electric-chain-hoist-bms.html, I will create a comprehensive guide based on the general characteristics, features, and considerations for electric chain hoists, using the information from the other sources.

Electric Chain Hoists: A Comprehensive Guide

Introduction

Electric chain hoists are versatile and reliable lifting solutions used in various industrial, construction, and entertainment settings. They offer a combination of power, precision, and safety, making them an essential tool for heavy-duty lifting applications.

Capacities and Configurations

Lifting Capacities

Electric chain hoists are available in a wide range of capacities, from as low as 1/8 ton (125 kg) to as high as 55 tons (50000 kg)[1][5].
– For lighter applications, models like the Harrington EM/SEM offer capacities from 250 to 1000 lbs (113 to 454 kg)[3].
– For heavier applications, hoists like the LK electric chain hoist and the GP electric chain hoist provide capacities up to 5 tons (5000 kg) and 6.3 tons (6300 kg), respectively[1][2].

Lift Heights and Speeds

• Standard lift heights typically range from 10 to 20 feet (3 to 6 meters), with some models offering lift heights up to 98 feet (30 meters) or more[1][3].
• Hoists often come with single or two-speed hoisting options, allowing for more precise control over lifting operations[1][2].

Design and Construction

Rugged Design

Electric chain hoists are built to withstand industrial use.
– They often feature all-pressure case aluminum bodies that protect the electrical components[1].
– The use of high-quality materials, such as case-hardened and manganese phosphated profile steel chains, enhances durability and reduces wear[2].

Protection Class

Many electric chain hoists have a high protection class rating, such as IP65, which ensures they are dust-proof and protected against water jets, making them suitable for outdoor and dusty environments[2][3].

Safety Features

Overload Protection

• Electric chain hoists are equipped with overload protection mechanisms, such as slip clutches or electronic overload limiters, which prevent lifting beyond the rated capacity[1][3].
• Some models feature a dry, motor-integrated friction clutch for over-lifting protection[3].

Limit Switches

• Upper and lower limit switches prevent overtravel of the hook and chain, ensuring safe operation[1][3][4].

Brake Systems

• Self-adjusting brakes and multiple disc motor brakes are common, providing reliable stopping power and reducing maintenance needs[1][5].

Control and Operation

Control Options

• Electric chain hoists can be controlled via various methods, including direct control, special control, radio remote control, and frequency inverter[2].
• Ergonomic control switches with emergency-stop buttons and external strain relief are designed for safe and comfortable operation[2][3].

Pendant Controls

• Many models come with two-button pendant control stations, which may include an emergency stop button and integral strain relief[3].

Maintenance and Service

Ease of Maintenance

• Electric chain hoists are designed for easy maintenance, with features like plug-and-play electrical connections, externally accessible chain guides, and permanently lubricated gearboxes[1].
• Polygonal connections in some models allow for faster disassembly and assembly during maintenance[2].

Durability

• High-quality components, such as heat-treated chain guides and nickel-plated load chains, contribute to the longevity of the hoist[3].

Additional Features and Options

Suspension Types

• Hoists can be suspended using various methods, including top hook, lug mount, push trolley, and motorized trolley options[1].

Accessories

• Additional accessories include chain containers, load sensors, path measurement encoders, and manual brake releases, which can be customized to meet specific needs[2].

Conclusion

Electric chain hoists are powerful, reliable, and safe lifting solutions that cater to a wide range of industrial and other applications. By understanding their capacities, design features, safety mechanisms, control options, and maintenance requirements, users can select the most appropriate hoist for their specific needs and ensure efficient, safe, and productive lifting operations.

BMS Heavy Cranes

About BMS Heavy Cranes

Company Overview

BMS Heavy Cranes is a global leader in the heavy lifting industry, specializing in providing solutions for heavy lifting challenges on a global scale. With over a decade of experience, the company has established a unique global network of specialists and a modern fleet of heavy lifting equipment.

Mission and Objectives

The mission of BMS Heavy Cranes is straightforward: “We take care of your heavy lifting.” The company is dedicated to providing high-quality lifting services and has developed a modern fleet capable of lifting and handling some of the world’s largest components.

Equipment and Capabilities

• BMS Heavy Cranes boasts an extensive fleet of over 60 main cranes, including a 3000t ring crane, LR 1300 crawler crane, LR 11350 crawler crane with power boom, 600t cranes, and smaller mobile cranes.
• The fleet combines vast lifting capacity with a long reach, flexible configurations, and quick mobilization.
• The company continuously expands its specialized heavy lifting equipment with new, innovative cranes, focusing on efficiency and a smaller footprint.
• BMS Heavy Cranes is one of the few heavy-lifting organizations in the world with more than 30 LG cranes in its fleet.

Global Presence and Local Initiatives

• Headquartered in Noerresundby, Denmark, BMS Heavy Cranes has over 15 global entities.
• The company has a strong global presence with over 500 colleagues on 5 continents, including local offices in the United States, Australia, Taiwan, Spain, France, Poland, UK/Ireland, Finland, and Denmark.
• BMS Heavy Cranes offers full scope projects with professional project management, ensuring efficient delivery with the highest level of safety and proficiency.
• The company supports each customer by investing in local skills and involving local suppliers and subcontractors on each project.

Safety and Professionalism

• Safety is a top priority for BMS Heavy Cranes. The company ensures a safe working environment through the expertise and commitment of its colleagues.
• The depth of knowledge and skills among the personnel ensures that projects are delivered professionally and on time.
• BMS Heavy Cranes takes responsibility for creating a positive social and economic local impact, recognized by customers and local communities.

Industries Served

• BMS Heavy Cranes has extensive experience in the onshore and offshore wind industry.
• The company also serves infrastructure projects and other industries requiring heavy lifting solutions.

Markets and Projects

Project Scope

• BMS Heavy Cranes handles projects of all sizes and complexities, from small-scale to large-scale operations.
• No project is too large or complicated for the company’s capabilities.

Collaboration and Customer Support

• BMS Heavy Cranes collaborates closely with customers to realize their project goals.
• The company invests in local skills and involves local suppliers and subcontractors to ensure projects are executed efficiently and effectively.

Career and Development

Job Opportunities

• BMS Heavy Cranes offers various job opportunities across its global entities.
• The company is committed to developing the skills of its employees, making it a priority to create a positive impact on local communities.

Skills Development

• Development of skills is a key priority for BMS Heavy Cranes.
• The company ensures that its personnel have extensive experience in projects ranging in scope and complexity.

Contact and Location

Headquarters and Global Entities

• Headquartered in Noerresundby, Denmark, at Troldholm 8, 9400 Nørresundby.
• Contact information: +45 72 42 03 00, info@bms-hc.com.

Local Offices

• BMS Heavy Cranes has local offices in various countries, including the United States, Australia, Taiwan, Spain, France, Poland, UK/Ireland, Finland, and Denmark.

By understanding these aspects, clients and potential partners can gain a comprehensive insight into the capabilities, mission, and global reach of BMS Heavy Cranes, making informed decisions about collaborating with this industry leader.

Production starts on 3000 tonne crane for BMS

Guide to the 3,000 Tonne Ringer Crane for BMS Heavy Cranes

Introduction

BMS Heavy Cranes, a Danish crane rental company, has commissioned a 3,000 tonne capacity Ringer Crane from Huisman, a Dutch specialist in heavy crane and engineering. This crane is designed to meet the demands of the wind energy industry, particularly for the installation of next-generation wind turbines.

Key Features of the Crane

Capacity and Lifting Capabilities

• The crane has a capacity of 3,000 tonnes, with the ability to lift components weighing 1,200 tonnes to a height of 225 metres.
• It can manage loads of 3,000 tonnes at reduced heights, making it suitable for handling heavy structures in various environments[1][2][3].

Design and Construction

• The crane is based on Huisman’s Compact Ringer Crane (CRC) design, which has been further developed to handle larger turbines.
• It features a modular ring design, allowing it to be rigged in a full 360-degree circle or just a segment, depending on the application and site layout.
• The crane is designed with stiff but lightweight booms and structures, a hallmark of Huisman’s engineering[1][2].

Environmental and Operational Benefits

• The crane is fully electrically driven, which minimises harmful emissions at the point of use.
• Electric drives improve operational accuracy and energy efficiency, aligning with the renewable energy industry’s needs[1][2][3].

Relocation and Setup

• The crane is easy to relocate and can be broken down into manageable loads for transport.
• It features low ground bearing pressure and can be operated in higher winds than traditional cranes.
• The setup and upending of the crane can be done without the need for assist cranes[1][2].

Production and Delivery

Production Process

• Production of the crane commenced in early 2022 at Huisman’s production facility in the Czech Republic.
• The ceremony marked the beginning of production with the welding of the first parts using Huisman’s advanced robotic welding technology, specifically Wire & Arc Additive Manufacturing (WAAM)[2][4].

Delivery Schedule

• The delivery of the first unit is scheduled for the second half of 2023.
• BMS Heavy Cranes has an option to take a second unit of the crane[1][2][3].

Applications and Impact

Wind Energy Industry

• The crane is optimised for operations in the wind industry, particularly for the installation of next-generation wind turbines onshore, offshore, and on floating foundations.
• It will enable BMS Heavy Cranes to play a significant role in the development of renewable and net-zero energy industries[1][2][3].

Other Industries

• While primarily designed for the wind energy sector, the crane is also suitable for operations in other industries due to its versatile design and capabilities[1][2][3].

Company Perspectives

BMS Heavy Cranes

• According to Morten Kammer, CEO of BMS Heavy Cranes, the acquisition of this crane represents a major step forward for the company, enhancing its ability to handle the world’s largest turbines and contribute to the growth of renewable energy[1][3].

Huisman

• David Roodenburg, CEO of Huisman, expressed the company’s passion for designing large cranes and their gratitude to BMS for the opportunity. Huisman is committed to accelerating the growth of renewable energy production through such projects[1].

Conclusion

The 3,000 tonne Ringer Crane is a significant advancement in crane technology, tailored to meet the evolving needs of the wind energy industry. With its robust design, environmental benefits, and operational efficiencies, this crane positions BMS Heavy Cranes and Huisman at the forefront of renewable energy infrastructure development.

Huisman and BMS Heavy Cranes kick-off production of …

Guide to the Huisman 3,000 Tonne Ringer Crane for BMS Heavy Cranes

Introduction

• The Huisman 3,000 tonne Ringer Crane is a significant development in heavy crane technology, specifically designed for the wind energy industry.
• This crane is a result of a collaboration between Huisman, a heavy crane and engineering specialist, and BMS Heavy Cranes, a Danish crane rental company.

Key Features of the Crane

Lifting Capacity

• The crane has a maximum lifting capacity of 3,000 tonnes, with the ability to lift components weighing 1,200 tonnes to a height of 225 metres.
• It can manage heavy structures of up to 3,000 tonnes at reduced heights.

Design and Construction

• The crane is based on Huisman’s Compact Ringer Crane (CRC) design, further developed to handle larger turbines.
• It features a modular ring system, allowing it to be used with a full 360-degree ring or just segments, depending on the site layout and application.
• The crane is designed with a special boom arrangement that results in a lightweight yet rigid structure.

Environmental and Operational Benefits

• The crane is fully electrically driven, which minimizes harmful emissions at the point of use.
• It improves operational accuracy and energy efficiency, making it highly suitable for the renewable energy industry.

Transport and Setup

• The crane is designed to be easily broken down into components for efficient road transport.
• It can be set up without the need for auxiliary cranes and has low ground bearing pressure.
• The crane can operate in higher wind speeds compared to traditional cranes.

Production and Delivery

Production Commencement

• The production of the crane began in June 2022 with a ceremony at Huisman’s production facility in the Czech Republic.
• The event marked the start of the welding process using Huisman’s advanced robotic welding technology, specifically ‘Wire & Arc Additive Manufacturing’ (WAAM), a subtype of metal 3D printing.

Delivery Schedule

• The delivery of the crane is scheduled for the second half of 2023.

Technological Innovations

Robotic Welding Technology

• Huisman employs WAAM robotic welding technology to produce mid-size to large complex shaped components with high-grade tensile steel.
• This technology reduces delivery time, competes with the cost of forgings and castings, and ensures a consistent level of quality.

Industry Impact

Role in Renewable Energy

• The crane is optimized for operations in the wind industry, enabling the installation of the next generation of wind turbines onshore, offshore, and on floating foundations.
• It positions BMS Heavy Cranes to play a significant role in the development of renewable, net-zero energy industries.

CEO Statements

• Morten Kammer, CEO of BMS Heavy Cranes, highlighted the crane as a major step forward for BMS, enabling them to lift the world’s largest turbines onshore.
• David Roodenburg, CEO of Huisman, expressed enthusiasm for designing large cranes and gratitude for BMS’s trust, aligning with Huisman’s vision to accelerate renewable energy production.

Conclusion

The Huisman 3,000 tonne Ringer Crane represents a significant advancement in crane technology, particularly tailored for the wind energy sector. Its innovative design, environmental benefits, and operational efficiencies make it a crucial asset for companies like BMS Heavy Cranes in their mission to support renewable energy projects.

BMS orders 3000 tonne crane

BMS Orders 3,000 Tonne Crane: An In-Depth Guide

Introduction

Danish crane rental company BMS Heavy Cranes has placed an order for a 3,000 tonne capacity ring crane from Huisman, a Dutch crane and heavy engineering specialist. This significant investment is primarily aimed at supporting the wind energy industry, particularly in the installation of the next generation of wind turbines.

Key Specifications of the Crane

Capacity and Lifting Heights

• The crane is capable of lifting components weighing 1,200 tonnes to a height of 225 metres.
• It can manage loads of up to 3,000 tonnes, although at reduced heights[1][2][3].

Drive System

• The crane is fully electrically driven, which minimizes harmful emissions at the point of use, improves operational accuracy, and enhances energy efficiency. This makes it highly suitable for the renewable energy industry[1][2][3].

Design and Modular System

• The crane features a modular ring design, allowing it to be rigged with a full 360-degree circle or just a segment, depending on the specific site layout and application.
• This modular system enables easy relocation and breakdown into road transportable pieces, facilitating efficient transportation[1][2][4].

Operational Capabilities

• The crane can be set up and operated without the need for assist cranes.
• It has a dedicated boom setup, ensuring a lightweight and stiff design.
• The crane is designed to operate in higher wind speeds than traditional cranes and has very low ground bearing pressure[1][2][4].

Production and Delivery

• Production of the crane began in June 2022 at Huisman’s production facility in the Czech Republic.
• The first components were welded together using a robotic system, and Huisman also employs wire and arc additive manufacturing (WAAM) for producing certain components like hook blocks.
• Delivery of the crane is scheduled for the second half of 2023[1][2][3].

Technological Innovations

• Huisman uses advanced manufacturing techniques, including WAAM, which acts like a 3D printer to build up layers of weld. This method significantly reduces delivery time and maintains high quality, competing with traditional forgings and castings[2].

Industry Impact and Future Role

• The crane is optimized for operations in the wind industry, particularly for installing the next generation of wind turbines onshore, offshore, and on floating foundations.
• BMS Heavy Cranes aims to play a crucial role in the development of renewable, net-zero energy industries with this new asset[1][3][4].

CEO Statements

• Morten Kammer, BMS Heavy Cranes CEO: “We look forward to the ongoing co-operation with Huisman in the delivery of this crane. This asset represents a major step forward for BMS. With the capability to lift the world’s largest turbines onshore we will be able to play an increasingly important role in the development of renewable, net-zero energy industries.”
• David Roodenburg, Huisman CEO: “We are passionate about designing large cranes and are grateful to BMS for the opportunity and their trust. We can’t wait to see this mega crane in real life. We are happy to once again be applying our experience in a project that aligns with our vision of accelerating the growth of renewable energy production.”[1][3][4].

Intellectual Property Dispute

• There was a brief intellectual property dispute raised by Mammoet, alleging that Huisman might have infringed on its intellectual property rights. However, a Dutch court ruled that Mammoet’s allegations were unsubstantiated and illegal, and Mammoet was ordered to publicly retract its claims[5].

This new crane represents a significant advancement in heavy lifting technology, particularly tailored for the renewable energy sector, and underscores the commitment of both BMS and Huisman to supporting the transition to renewable energy sources.

BMS Floating

Guide to Building Management Systems (BMS) for Floating Structures

Introduction

Building Management Systems (BMS) are sophisticated technological solutions designed to monitor, control, and optimize the performance of various building systems. When applied to floating structures, such as floating homes, offices, or other marine-based buildings, a BMS can be particularly crucial due to the unique challenges posed by the marine environment.

Key Components of a BMS for Floating Structures

1. Sensors and Monitoring Devices

• Environmental Sensors: These monitor temperature, humidity, wind speed, and other environmental factors that can affect the structure and its systems.
• Structural Sensors: These track the integrity and stability of the floating structure, including tilt, stress, and other structural health indicators.
• System Sensors: Monitor the performance of HVAC, electrical, plumbing, and other critical systems.

2. Control Systems

• Automation Controllers: These are the central units that process data from sensors and execute commands to adjust system parameters.
• User Interfaces: Provide users with real-time data and the ability to manually override automated settings through dashboards, mobile apps, or local control panels.

3. Communication Networks

• Wired and Wireless Networks: Ensure seamless communication between sensors, controllers, and user interfaces.
• Remote Access: Allow for monitoring and control from off-site locations, which is particularly useful for maintenance and emergency response.

Functions and Capabilities of a BMS for Floating Structures

1. Energy Management

• Energy Efficiency: Optimize energy consumption by adjusting lighting, HVAC, and other systems based on occupancy and environmental conditions.
• Renewable Energy Integration: Manage energy generated from solar panels, wind turbines, or other renewable sources.

2. Water Management

• Water Supply Monitoring: Track water usage and detect leaks or other anomalies.
• Wastewater Management: Monitor and control wastewater treatment systems to ensure compliance with environmental regulations.

3. Safety and Security

• Fire Detection and Suppression: Integrate with fire alarm systems to detect fires early and initiate suppression protocols.
• Intrusion Detection: Monitor access points and alert authorities in case of unauthorized access.
• Emergency Response Systems: Automate emergency procedures such as evacuation alerts and life-saving system activation.

4. Maintenance and Repair

• Predictive Maintenance: Use data analytics to predict when maintenance is required, reducing downtime and extending the life of equipment.
• Automated Work Orders: Generate work orders for maintenance personnel based on system performance data.

Special Considerations for Floating Structures

1. Stability and Buoyancy

• Ballast Control: Manage ballast tanks to maintain the structure’s stability and buoyancy.
• Mooring Systems: Monitor and adjust mooring lines to ensure the structure remains securely in place.

2. Corrosion Protection

• Cathodic Protection: Monitor and control systems that protect the structure from corrosion caused by seawater.
• Coating Integrity: Track the condition of protective coatings on the structure to prevent corrosion.

3. Environmental Impact

• Waste Management: Ensure that waste disposal systems comply with marine environmental regulations.
• Noise Pollution: Monitor and control noise levels to minimize impact on marine life.

Implementation and Integration

1. System Design

• Customization: Tailor the BMS to the specific needs and layout of the floating structure.
• Scalability: Design the system to be scalable for future expansions or upgrades.

2. Installation

• Professional Installation: Ensure that all components are installed correctly by qualified professionals.
• Testing and Commissioning: Thoroughly test the system to ensure all components are functioning as intended.

3. Training and Support

• User Training: Provide comprehensive training to users on how to operate and maintain the BMS.
• Ongoing Support: Offer continuous technical support and maintenance services to ensure the system remains optimal.

Conclusion

A Building Management System for a floating structure is a complex yet essential tool for ensuring the safety, efficiency, and sustainability of such unique buildings. By understanding the key components, functions, and special considerations involved, you can implement a BMS that enhances the overall performance and longevity of your floating structure.

Four Giants go for Windpower: BMS Heavy Cranes …

Guide to BMS Heavy Cranes’ Offshore Wind Turbine Assembly Using Liebherr Cranes

Introduction

BMS Heavy Cranes is at the forefront of offshore wind turbine assembly, leveraging advanced technology and equipment from Liebherr to facilitate efficient and precise installations. This guide delves into the details of their recent project in Esbjerg, highlighting the key equipment, methodologies, and benefits of using Liebherr cranes.

Project Overview

BMS Heavy Cranes is currently engaged in a major offshore wind project involving the assembly of 106 wind turbine towers for a large offshore wind farm near Esbjerg. This project underscores the company’s commitment to renewable energy and its capability to handle complex offshore installations.

Equipment Utilized

Liebherr LR 11350 Crawler Cranes

• Configuration: The project employs three Liebherr LR 11350 high-performance crawler cranes, each configured with a 132-meter main boom in SDB (Sideways Boom) configuration.
• Capabilities: These cranes are renowned for their high lifting capacities and long reach, making them ideal for assembling large wind turbine components.
• Precision and Stability: The SDB configuration enhances the crane’s stability and precision, crucial for handling delicate and heavy turbine parts.

Assembly Process

Component Handling

• The Liebherr LR 11350 cranes are used to handle and assemble various components of the wind turbines, including the towers, nacelles, and blades.
• The cranes’ high lifting capacities ensure that even the heaviest components can be maneuvered with ease.

On-Site Efficiency

• The use of these cranes optimizes the assembly process by reducing the time required to assemble each turbine.
• The precision control systems of the Liebherr cranes allow for accurate placement of components, minimizing the risk of errors and damage.

Benefits of Using Liebherr Cranes

Enhanced Lifting Capacity

• Liebherr LR 11350 cranes offer significant lifting capacity, enabling the handling of large and heavy wind turbine components efficiently.
• This capability is critical for modern offshore wind turbines, which are increasingly larger and more complex.

Improved Precision

• The advanced control systems and stability features of Liebherr cranes ensure high precision in component placement, which is vital for the structural integrity and performance of the wind turbines.

Time and Cost Efficiency

• By reducing the assembly time per turbine, BMS Heavy Cranes can complete the project faster, which translates to cost savings and quicker project completion.
• The reliability of Liebherr cranes minimizes downtime, further enhancing the overall efficiency of the project.

Environmental and Sustainability Impact

Contribution to Renewable Energy

• The project supports the expansion of renewable energy sources, aligning with global efforts to reduce carbon emissions and transition to sustainable energy solutions.
• Offshore wind farms play a crucial role in meeting increasing energy demands while minimizing environmental impact.

Technological Innovation

• The use of advanced crane technology from Liebherr reflects the industry’s commitment to innovation and sustainability.
• Such projects set precedents for future wind farm installations, driving technological advancements and best practices in the sector.

Conclusion

BMS Heavy Cranes’ use of Liebherr LR 11350 crawler cranes in the assembly of offshore wind turbines in Esbjerg highlights the importance of advanced equipment in the renewable energy sector. This collaboration demonstrates the potential for efficient, precise, and sustainable wind turbine installations, contributing significantly to the global transition to renewable energy sources.

BMS Heavy Cranes to acquire specialised crane for offshore …

BMS Heavy Cranes: Acquiring a Specialised Crane for the Offshore Wind Sector

Introduction

BMS Heavy Cranes, a Denmark-based company specializing in the erection and servicing of offshore wind turbines, has taken a significant step forward in enhancing its capabilities with the acquisition of a highly advanced crane. This guide provides an in-depth look at the details and implications of this acquisition.

The Crane Contract

BMS Heavy Cranes has awarded a contract to Huisman, a Dutch crane manufacturer, for the delivery of a 3,000-tonne capacity ringer crane. This contract includes an option for a second unit, highlighting the potential for future expansion and increased capacity.

Key Specifications of the Crane

Lifting Capabilities

• The crane is designed to lift components of up to 1,200 tonnes to a height of 225 meters.
• It can also handle heavy structures of 3,000 tonnes at reduced heights, making it suitable for the installation of next-generation offshore wind turbines.

Operational Optimization

• The crane setup has been optimized specifically for operations in the offshore wind industry.
• It is capable of working on both onshore and offshore installations, including those on floating foundations.

Environmental and Efficiency Benefits

• The crane is fully electrically driven, which reduces emissions and improves operational accuracy and energy efficiency.
• This feature aligns with the renewable energy industry’s goals of reducing environmental impact.

Design and Features

Modular Ring System

• The crane features a modular ring system that allows for a full 360° ring to be used or just a portion of it, depending on the specific site layout.

Transport and Relocation

• The crane can be easily broken down into road transportable pieces, facilitating its relocation to different sites.

Boom Setup

• A dedicated boom setup ensures a lightweight and stiff design, enhancing the crane’s stability and efficiency.

Independent Operation

• The crane can be upended without the use of auxiliary cranes, streamlining the setup process.

Ground Pressure and Wind Resistance

• The crane is designed to exert very low ground bearing pressure.
• It is operable in higher wind speeds than traditional cranes, ensuring reliability in challenging weather conditions.

Delivery and Implementation

• The delivery of the first unit is scheduled for the second half of 2023.
• This timeline aligns with BMS Heavy Cranes’ plans to enhance its role in the development of renewable energy sectors.

Strategic Impact

Enhanced Capabilities

• The acquisition of this crane represents a major step forward for BMS Heavy Cranes, enabling the company to handle the world’s largest wind turbines onshore.
• This capability will allow BMS to play an increasingly important role in the installation and servicing of next-generation offshore wind turbines.

Industry Alignment

• The partnership with Huisman reflects BMS Heavy Cranes’ commitment to advancing renewable energy production and reducing environmental impact.
• The crane’s features and capabilities are aligned with the industry’s shift towards more sustainable and efficient technologies.

Conclusion

The acquisition of the 3,000-tonne ringer crane by BMS Heavy Cranes marks a significant advancement in the company’s ability to support the offshore wind sector. With its optimized design, advanced features, and environmental benefits, this crane positions BMS Heavy Cranes at the forefront of renewable energy infrastructure development.

BMS Heavy Cranes – GC Powerlist

Overview of BMS Heavy Cranes

Company Profile

BMS Heavy Cranes is a global leader in the heavy lifting industry, specializing in providing engineered solutions to heavy lifting challenges. The company is headquartered in Noerresundby, Denmark, and has an extensive network of over 45 branch offices and depots worldwide. BMS Heavy Cranes is involved in projects across various industries, both onshore and offshore.

Global Presence and Projects

• Global Reach: The company operates in most parts of the world, engaging in a wide range of projects.
• Industry Diversity: BMS Heavy Cranes is involved in multiple industries, continually seeking to expand its presence across different sectors.

Legal Department and Responsibilities

Structure and Roles

• Chief Legal & HR Officer: Leads the in-house legal team.
• Legal Team: Comprises five employees with legal backgrounds, each having different key competencies to cover various aspects of the business.

Key Areas of Focus

• Contracts: Managing and ensuring the legal soundness of a wide range of ongoing contracts.
• Compliance: Handling compliance-related matters, including those related to global employee deployment and relocation.
• Insurance: Dealing with insurance-related legal issues.
• Corporate: Addressing corporate legal matters.
• HR and Global Mobility: Managing legal topics related to human resources and global mobility, including employing, deploying, or relocating employees globally.

Sustainability and Climate Focus

Core Values

• Sustainability: A core value of BMS Heavy Cranes is to continuously increase sustainability in all operations.
• Climate and Sustainability: The company has seen an increased focus on climate and sustainability from both internal and external stakeholders, leading to a need for updated policies and alignment with international standards.

Contract Management and Risk Mitigation

Contractual Foundation

• Strong Contractual Base: The company is highly dependent on a strong contractual foundation for its projects.
• Legal Soundness: Ensuring that all contracts are managed in a legally sound and efficient manner.

Risk Mitigation

• Unforeseen Factors: The legal team must address and mitigate unforeseen factors that could impact projects, especially in light of global events like the Covid-19 pandemic and the Ukraine crisis.
• Mitigation Measures: Implementing mitigation measures during contract negotiations to handle unexpected occurrences.

Integration with Other Departments

Internal Relations

• Project and Sales Departments: The legal team maintains strong internal relations with project and sales departments to ensure alignment between practical and legal matters.
• Value-Adding Role: The essence of the in-house legal team lies in being seen as part of the projects, rather than an external entity within the company.

Challenges and Adaptations

Global Operational Challenges

• Covid-19 Pandemic and Ukraine Crisis: The company has faced significant challenges due to these global events, necessitating the legal team to adapt and address unforeseen factors impacting operations.

Adaptive Measures

• Contractual Assessments: Highlighting and assessing unforeseen factors contractually during project negotiations.
• Mitigation Strategies: Ensuring that mitigation measures are in place to handle unexpected events.

BMS HEAVY CRANES – Updated November 2024

BMS Heavy Cranes: A Comprehensive Guide

Overview

BMS Heavy Cranes is a company specializing in heavy crane services, providing a range of solutions for construction, industrial, and other heavy-lifting needs. Here is an in-depth guide to help you understand their services, capabilities, and what to expect.

Services Offered

Crane Rental Services

BMS Heavy Cranes offers crane rental services, providing access to a variety of cranes tailored to different project requirements. This includes mobile cranes, tower cranes, and other specialized lifting equipment.

Crane Operation and Management

The company not only rents out cranes but also provides experienced operators and management services to ensure safe and efficient crane operations. This includes planning, setup, and execution of lifting projects.

Heavy Lifting Solutions

BMS Heavy Cranes specializes in heavy lifting solutions for various industries, including construction, oil and gas, wind energy, and more. They offer customized lifting plans to meet the specific needs of each project.

Equipment and Capabilities

Crane Fleet

The company boasts a diverse fleet of cranes, including:
– Mobile cranes with varying capacities
– Tower cranes for high-rise projects
– Crawler cranes for heavy-duty lifting
– Other specialized cranes for unique project requirements

Lifting Capacity

BMS Heavy Cranes has the capability to handle a wide range of lifting capacities, from small to extremely heavy loads. Their equipment is well-maintained and regularly inspected to ensure safety and reliability.

Safety and Compliance

Safety Standards

The company adheres to strict safety standards and regulations. They prioritize the safety of their personnel, clients, and the general public through rigorous training programs and adherence to industry best practices.

Certifications and Compliance

BMS Heavy Cranes holds necessary certifications and complies with all relevant industry regulations. This ensures that their services meet or exceed industry standards for safety and performance.

Client Support and Service

Customer Service

The company is known for its excellent customer service. They provide dedicated support from the initial consultation through to the completion of the project, ensuring client needs are met and expectations are exceeded.

Project Planning and Consultation

BMS Heavy Cranes offers comprehensive project planning and consultation services. Their experts work closely with clients to understand project requirements, develop lifting plans, and execute the project efficiently.

Industry Applications

Construction

BMS Heavy Cranes is a key player in the construction industry, providing crane services for building projects, infrastructure development, and other construction-related activities.

Industrial Projects

The company serves various industrial sectors, including manufacturing, oil and gas, and renewable energy. They provide specialized lifting solutions for complex industrial projects.

Special Events and Emergency Services

In addition to regular projects, BMS Heavy Cranes also offers services for special events and emergency situations where heavy lifting is required.

Reviews and Reputation

Client Feedback

Clients have praised BMS Heavy Cranes for their professionalism, reliability, and commitment to safety. Positive reviews highlight the company’s ability to deliver projects on time and within budget.

Industry Reputation

The company has built a strong reputation within the industry for its expertise, quality of service, and customer satisfaction.

Conclusion

BMS Heavy Cranes is a reliable and experienced provider of heavy crane services, offering a comprehensive range of solutions tailored to various industries and project needs. With a focus on safety, compliance, and customer satisfaction, they are a valuable partner for any project requiring heavy lifting capabilities.

Frequently Asked Questions (FAQs)

Here are five frequently asked questions about BMS Heavy Cranes, along with detailed answers, though it’s important to note that BMS Heavy Cranes is a global company based in Denmark and not specifically based in China.

What services does BMS Heavy Cranes provide?

BMS Heavy Cranes specializes in providing heavy lifting solutions for various industries, including the onshore and offshore wind industry, infrastructure projects, and other sectors. They offer a full scope of services including erection and servicing of offshore wind turbines, efficient handling of turbines in ports, transport, and onsite lifting assignments. Their services are backed by professional project management, ensuring projects are delivered efficiently with the highest level of safety and proficiency.

What kind of equipment does BMS Heavy Cranes use?

BMS Heavy Cranes operates one of the most modern fleets of heavy lifting equipment globally. Their fleet includes over 60 main cranes, ranging from 3000t ring cranes to LR 1300 and LR 11350 crawler cranes, as well as 600t cranes and smaller mobile cranes. They also have a significant number of LG cranes, with more than 30 units in their fleet. These cranes are designed for vast lifting capacity, long reach, flexible configurations, and quick mobilization, making them suitable for lifting and handling some of the world’s largest components.

Where does BMS Heavy Cranes operate?

BMS Heavy Cranes has a strong global presence with its headquarters in Noerresundby, Denmark, and over 15 global entities. They operate on five continents, with local offices in countries such as the United States, Australia, Taiwan, Spain, France, Poland, UK/Ireland, Finland, and Denmark. This global network allows them to move personnel and equipment to wherever the next project is, ensuring they can deliver large projects efficiently.

What is BMS Heavy Cranes’ approach to safety and local impact?

BMS Heavy Cranes places a high emphasis on safety and local impact. The company ensures a safe working environment through the expertise and commitment of its colleagues. They invest in local skills and involve local suppliers and subcontractors in each project, aiming to create a positive social and economic impact in the local communities where they operate. This approach is not just about meeting legislative requirements but about making a recognized positive impact.

What new technologies or equipment is BMS Heavy Cranes adopting?

BMS Heavy Cranes is continuously expanding its fleet with new, innovative cranes to improve efficiency and reduce footprint. For example, they have contracted for a 3,000-tonne capacity ringer crane optimized for the offshore wind industry, capable of lifting components of 1,200 tonnes to a height of up to 225 meters. This crane is fully electrically driven and is designed to handle next-generation offshore wind turbines, both on fixed and floating foundations. Such advancements reflect the company’s commitment to staying at the forefront of heavy lifting technology.