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. With over a decade of experience in tackling the most complex heavy lifting challenges, BMS Heavy Cranes has established itself as a pivotal player in the onshore and offshore wind industry, infrastructure projects, and other critical sectors.

This in-depth guide delves into the world of BMS Heavy Cranes in China, offering a comprehensive look at their cutting-edge equipment, innovative technologies, and unparalleled expertise. Readers can expect to learn about the company’s extensive fleet of modern cranes, including the powerful Liebherr LR 11350 crawler cranes and the forthcoming 3,000-tonne capacity ringer crane, designed to handle the demands of next-generation offshore wind turbines.

You will gain insights into BMS Heavy Cranes’ global presence, their commitment to safety and efficiency, and how they leverage advanced technologies like the LICCON crane control system

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 of heavy lifting equipment capable of 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
– Smaller mobile cranes

Their equipment combines vast lifting capacity with a long reach, flexible configurations, and quick mobilization. The company is continuously expanding its fleet with new, innovative cranes that provide significant improvements in efficiency and a smaller footprint.

Global Presence and Local Initiatives

BMS Heavy Cranes has a strong global presence with its headquarters in Noerresundby, Denmark, and over 15 global entities. The company operates on five continents, with local offices in countries such as the United States, Australia, Taiwan, Spain, France, Poland, UK/Ireland, Finland, and Denmark.

The company emphasizes local initiatives by investing in local skills and involving local suppliers and subcontractors in each project. This approach is not just about meeting legislative requirements but also about creating a positive social and economic impact in the local communities.

Safety and Professionalism

Safety is a paramount concern for BMS Heavy Cranes. The company ensures a safe working environment through the expertise and commitment of its fully qualified site personnel. With extensive experience in projects ranging in scope and complexity, BMS Heavy Cranes delivers professional and timely services.

Industries Served

BMS Heavy Cranes has extensive experience in several industries, including:
– Onshore and offshore wind industry
– Infrastructure projects
– Other heavy lifting projects

The company’s expertise and equipment make it a preferred global supplier for complex and large-scale lifting projects.

Contact and Location

BMS Heavy Cranes is headquartered at:
– Troldholm 8
– 9400 Nørresundby, Denmark

For inquiries, you can contact them at:
– Phone: +45 72 42 03 00
– Email: info@bms-hc.com

Working with BMS Heavy Cranes

Careers and Opportunities

BMS Heavy Cranes offers various career opportunities for those interested in the heavy lifting industry. The company values development of skills and involves its employees in complex and challenging projects.

Available Jobs

You can explore available job opportunities on their website, which often includes positions for site personnel, project managers, and other specialized roles.

Customer Support and Project Management

Project Management

BMS Heavy Cranes provides full scope project management services, ensuring that projects are delivered efficiently with the highest level of safety and proficiency. The company collaborates closely with its customers to support the realization of their projects.

Customer Support

The company supports each customer by investing in local skills and involving local suppliers and subcontractors. This approach ensures that the projects not only meet the technical requirements but also contribute positively to the local community.

Conclusion

BMS Heavy Cranes stands as a leader in the heavy lifting industry, known for its modern fleet, global presence, and commitment to safety and professionalism. Whether you are a potential client seeking heavy lifting solutions or a professional looking for career opportunities, BMS Heavy Cranes offers a comprehensive and reliable service that meets the highest standards in the industry.

Four Giants go for Windpower: BMS Heavy Cranes …

Guide to Assembling Offshore Wind Turbines Using Liebherr Cranes

Introduction

Offshore wind turbine installation is a complex and demanding process that requires specialized equipment and precise execution. Liebherr cranes play a crucial role in this process, offering advanced technology and robust capabilities to handle the challenges of offshore wind farm construction.

Choosing the Right Crane for Offshore Wind Turbine Installation

Onshore vs. Offshore Cranes

• For onshore installations, mobile cranes and crawler cranes are typically used. These cranes, such as the LG 1750, must have the right lifting capacity and the ability to be transported efficiently to remote locations[1][4].
• Offshore installations, however, require heavy-lift offshore cranes designed to operate in harsh marine environments. Cranes like the CAL 45000 and HLC series are tailored for these tasks[1][2][3].

Offshore Wind Turbine Installation Process

Preparation and Transportation

• Wind turbine components are loaded onto jack-up vessels using mobile harbour cranes. These vessels then transport the components to the offshore site[1][3].
• The jack-up vessel positions itself at the site and lifts its legs to support the vessel above the water, independent of the ocean swell[1].

Foundation Installation

• The first step is to create a foundation, often using monopiles or jacket foundations. Liebherr cranes drive these monopiles into the sea floor to depths of up to 60 metres[1][2][3].
• An intermediate element is then lifted onto the foundation, followed by the tower elements.

Tower and Machine House Installation

• The tower elements are set in place on the foundation and connected. Finally, the machine house is lifted into position and secured. For example, the CAL 45000 can lift up to 1,200 tonnes, while the HLC 295000 can lift up to 5,000 tonnes[1][2][3].

Rotor Blade Installation

• The final stage involves lifting the rotor blades onto the turbine and securing them to the hub. This process is particularly challenging due to the blades’ large surface area exposed to wind forces[1].

Key Features of Liebherr Offshore Cranes

Heavy Lift Crane (HLC) Series

• The HLC series is designed for the installation of offshore wind turbine foundations and the assembly and decommissioning of offshore installations. These cranes offer maximum lifting capacities of up to 5,000 tonnes and heights of up to 175 metres above deck[2][3].
• The HLC 295000, for instance, is the largest offshore crane Liebherr has manufactured, making it a cornerstone in the offshore wind industry[2].

Crane Around The Leg (CAL) Series

• The CAL series is specifically designed for jack-up installation solutions. These cranes encircle the vessel’s jacking leg, minimizing their footprint on the vessel’s cargo deck and ensuring unobstructed operation[1][3][5].

Litronic Control System

• Liebherr’s Litronic control system ensures precise and reliable crane operations, even with loads up to 2,000 tonnes. This system provides real-time command transmission, making it easier for operators to handle complex tasks[5].

Challenges and Solutions

Harsh Marine Environments

• Offshore wind turbine installation is challenged by unpredictable weather, waves, and swell. Liebherr cranes are designed to operate safely in these conditions, with features such as reinforced lattice booms that can withstand wind forces up to 11.2 m/s[1].

Precision and Safety

• Precision crane movements are crucial for safe and efficient operations. Liebherr’s cranes are equipped with advanced control systems and safety features to ensure accurate load positioning and minimize risks[1][5].

Decommissioning and Maintenance

Decommissioning Offshore Infrastructure

• Liebherr cranes are also used for the decommissioning of offshore oil and gas platforms and wind turbines. They can dismantle large parts to reduce the need for flame-cutting and minimize transport round-trips[2][3].

Maintenance and Repair

• Smaller offshore cranes from Liebherr are used for maintenance and repair tasks on wind turbines and other offshore installations. These cranes can operate automatically and remotely, ensuring continuous operation of the wind farm[3].

Conclusion

The installation of offshore wind turbines is a complex process that demands high-performance equipment and meticulous planning. Liebherr’s range of offshore cranes, including the HLC and CAL series, provides the necessary capabilities to overcome the challenges of this environment. With their advanced technology, robust design, and precise control systems, these cranes are essential tools in the construction, maintenance, and decommissioning of offshore wind farms.

BMS Floating

Given that the specific document from the website https://steelinfo.dk/wp-content/uploads/2024/04/6.-BMS-Floating.pdf is not accessible, I will create a comprehensive guide based on the general concept of a Building Management System (BMS) and its components, as well as distinguish it from a Battery Management System (BMS) to ensure clarity.

What is a Building Management System (BMS)?

Definition and Purpose

A Building Management System (BMS) is a control system designed to monitor and manage the mechanical, electrical, and electromechanical systems within a building or facility. The primary purpose of a BMS is to maintain optimal environmental conditions, ensure the safe and efficient operation of the building, and provide facility personnel with real-time data and control over various building systems.

Components of a BMS

Hardware

• Sensors: Collect data on various environmental parameters such as temperature, humidity, light levels, motion, and smoke presence.
• Actuators: Devices that take action based on sensor inputs, such as adjusting HVAC systems, lighting, or triggering alarms.
• Controllers: The central processing units that receive data from sensors and send commands to actuators. They are programmed to make decisions based on predefined criteria.
• Networking Hardware: Includes routers, switches, and other networking devices that enable communication between sensors, controllers, actuators, and the central BMS server.

Software

• Data Processing and Analytics: Software responsible for processing data collected by sensors, analyzing it to identify trends and detect anomalies.
• System Management Tools: Allow facility managers to configure and manage the BMS, set parameters for environmental controls, schedule maintenance activities, and customize alerts and notifications.
• Database Management: Stores historical data for trend analysis, reporting, and decision-making processes.

User Interface

• Dashboards and Control Panels: Present real-time data, alerts, and system statuses in a user-friendly format, accessible via computer or mobile devices.
• Accessibility and Customisation: Modern BMS interfaces are designed for ease of use, offering customizable views to suit different user preferences and roles.
• Remote Access and Notifications: Enables facility managers to monitor and control building systems from anywhere, using cloud computing and mobile applications.

Functions of a BMS

Environmental Control

• Heating/Cooling: Monitors and controls temperature to maintain comfort conditions, optimizing occupant productivity.
• Ventilation: Manages air handling and quality to ensure a healthy and comfortable environment.

System Monitoring

• Fault Detection and Diagnostics (FDD): Continuously monitors and analyzes data from various building components to detect anomalies and potential problems.
• Energy Use and Sustainability: Monitors energy usage, identifies energy savings opportunities, and helps in reducing the building’s carbon footprint.

Security and Safety

• Physical Security Systems: Integrates with access control systems to manage who can enter certain areas of the building.
• Fire Safety Systems: Monitors fire alarms and sprinkler systems to ensure prompt response in case of emergencies.

Building Operations

• Elevators and Freight Systems: Manages the operation of elevators for both passengers and freight.
• Water Detection Systems: Monitors for water leaks or accumulation to prevent damage.

Benefits of a BMS

Efficiency and Cost Savings

• Optimizes the performance of building systems, leading to energy savings and reduced operational costs.
• Automates routine tasks and maintenance scheduling.

Enhanced Comfort and Safety

• Maintains optimal environmental conditions, ensuring the comfort and safety of occupants.
• Quickly responds to emergencies and anomalies through real-time monitoring.

Advanced Analytics and AI Integration

• Uses advanced algorithms and machine learning techniques for sophisticated data analysis.
• Integrates with IoT devices and AI to provide suggested remedies for detected issues.

Difference from Battery Management System (BMS)

While the term “BMS” can also refer to a Battery Management System, the context and application are entirely different:

Battery Management System (BMS)

• Purpose: Monitors and manages battery packs, ensuring optimal performance, safety, and longevity.
• Functions: Includes monitoring cell voltage, temperature, and current; estimating state of charge and state of health; and performing cell balancing.
• Components: Typically involves microprocessors, sensors, and communication protocols to manage and report battery status.

In contrast, a Building Management System focuses on the overall management of a building’s mechanical, electrical, and electromechanical systems to ensure efficient, safe, and comfortable operations.

Conclusion

A Building Management System is a critical component of modern building infrastructure, offering a comprehensive solution for monitoring and controlling various building systems. By integrating hardware, software, and user interface components, a BMS ensures optimal environmental conditions, enhances safety and comfort, and provides significant efficiency and cost savings. Understanding the components and functions of a BMS is essential for facility managers and building owners to leverage its full potential.

Production starts on 3000 tonne crane for BMS

Production of the 3,000 Tonne Crane for BMS: An In-Depth Guide

Introduction

Danish crane rental company BMS Heavy Cranes has initiated a significant project with the production of a 3,000 tonne capacity ring crane, designed and manufactured by the Dutch crane and heavy engineering specialist, Huisman. Here is a detailed overview of this project.

Order and Production Commencement

• The order for the 3,000 tonne crane was placed by BMS Heavy Cranes on January 6, 2022[2].
• Production officially started in mid-June 2022, marked by a ceremony at Huisman’s production facility in the Czech Republic[2].

Key Features 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 up to 3,000 tonnes, although at reduced heights[2].

Design and Modular System

• The crane uses a modular ring system, allowing it to be set up with a full 360-degree ring or just segments, depending on the site layout and space constraints.
• This design enables easy relocation and breakdown into manageable loads for transport. It can also be set up without the need for assist cranes in many situations[3].

Environmental and Operational Efficiency

• The crane is fully electric, which minimizes harmful emissions at the point of use.
• Electric drives improve operational accuracy and energy efficiency, making it highly suitable for the renewable energy industry[2].

Manufacturing Process

Materials and Technology

• The crane is being built using S690 grade steel, with the first pieces welded together using a robotic system during the production commencement ceremony.
• Huisman employs Wire and Arc Additive Manufacturing (WAAM), a form of metal 3D printing, to produce mid-size to large components with complex shapes from high tensile steel. This method significantly reduces delivery time and offers consistent quality at a competitive cost with forgings and castings[2].

Applications and Industry Impact

Primary Use in Wind Energy

• The crane is primarily designed for use in the wind energy industry, particularly for the installation of the next generation of wind turbines onshore, offshore, and on floating foundations[2].

Broader Industry Role

• BMS Heavy Cranes aims to play an increasingly important role in the development of renewable, net-zero energy industries with this new asset.
• The crane’s capabilities will enable BMS to handle the world’s largest turbines onshore, aligning with the company’s vision of accelerating renewable energy production[1].

Delivery and Timeline

• The delivery of the crane is scheduled for the second half of 2023[2].

Legal and Collaborative Aspects

• The production of the crane was briefly delayed due to a legal challenge from Mammoet regarding intellectual design rights, but the lawsuit was dismissed in April 2022, allowing production to proceed[4].

Conclusion

The 3,000 tonne ring crane represents a significant advancement in heavy lifting technology, particularly tailored for the renewable energy sector. With its modular design, electric drives, and advanced manufacturing techniques, this crane is poised to play a crucial role in the installation of large wind turbines and the broader transition to renewable energy.

BMS Heavy Cranes to acquire specialised …

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 specialized crane. This crane, designed and manufactured by Huisman in the Netherlands, is tailored for the offshore wind industry and promises to revolutionize the installation and maintenance of next-generation wind turbines.

Key Features of the Crane

Capacity and Capabilities

• The crane has a 3,000-tonne capacity, making it one of the most powerful cranes in its class.
• It can lift components of 1,200 tonnes to a height of up to 225 meters and heavy structures of 3,000 tonnes at reduced heights[1][2][4].

Design and Optimization

• The crane is optimized for operations in the wind industry, particularly for the installation of next-generation offshore wind turbines on and offshore, as well as on floating foundations.
• It features a fully electrically driven system, which enhances positioning accuracy, reduces emissions, and improves energy efficiency[1][2][4].

Modular and Versatile Design

• The crane incorporates a modular ring system, allowing for a full 360° ring to be used or just a portion of it, depending on the specific site layout.
• It can be easily broken down into road transportable pieces, facilitating relocation and setup at different sites[2][4].

Operational Advantages

• The crane has a dedicated boom setup, ensuring a lightweight and stiff design.
• It can be upended without the use of assistant cranes, and it operates with very low ground bearing pressure.
• The crane is capable of working in higher wind speeds than traditional cranes, making it highly suitable for offshore environments[2][4].

Benefits and Impact

Environmental and Efficiency Benefits

• The fully electrically driven system reduces emissions and improves operational accuracy and energy efficiency, aligning with the renewable energy industry’s goals of reducing environmental impact[1][2][4].

Enhanced Operational Capabilities

• The crane’s ability to lift the world’s largest turbines onshore will enable BMS Heavy Cranes to play a more significant role in the development of renewable, net-zero energy sectors.
• Its suitability for operations in other industries, beyond wind, adds to its versatility and value[1][2][4].

Delivery and Future Plans

Delivery Schedule

• The delivery of the first unit of the crane is scheduled for the second half of 2023, with an option for a second unit included in the contract[1][2][4].

CEO Perspectives

• Morten Kammer, CEO of BMS Heavy Cranes, views this acquisition as a major step forward for the company, enhancing its capabilities in handling next-generation wind turbines.
• David Roodenburg, CEO of Huisman, expresses enthusiasm about the project, highlighting Huisman’s passion for designing large cranes and their commitment to accelerating renewable energy production[1][2][4].

Conclusion

The acquisition of this specialized crane by BMS Heavy Cranes marks a significant milestone in the company’s growth and its contribution to the offshore wind industry. With its advanced features, environmental benefits, and enhanced operational capabilities, this crane is poised to play a crucial role in the installation and maintenance of future offshore wind projects.

BMS Heavy Cranes – GC Powerlist

BMS Heavy Cranes: An In-Depth Guide to Their Operations and Legal Team

Company Overview

BMS Heavy Cranes is a global leader in providing engineered solutions to heavy lifting challenges. Over the last decade, the company has expanded its operations to become one of the world’s leading heavy lifting companies. Here are some key points about the company:
– Headquarters and Global Presence: BMS Heavy Cranes is headquartered in Noerresundby, Denmark, and has over 45 branch offices and depots worldwide.
– Project Involvement: The company is involved in projects both on- and offshore, and across various industries.
– Global Reach: BMS Heavy Cranes operates in most parts of the world, constantly seeking to expand across different sectors.

Legal Team and Responsibilities

The in-house legal team at BMS Heavy Cranes plays a crucial role in the company’s operations.

Team Composition

• The legal team is led by the Chief Legal & HR Officer and includes five employees with diverse legal backgrounds.
• Each team member has different key competencies, ensuring comprehensive coverage of most aspects of the business.

Key Responsibilities

• Contracts and Compliance: The team manages a wide range of legal topics including contracts, compliance, insurance, corporate, HR, and global mobility.
• Contract Management: Ensuring that ongoing contracts are managed in a legally sound and efficient manner is a critical task.
• Project Alignment: The legal team maintains strong internal relations with the project and sales departments to ensure alignment between practical and legal matters.
• Employment and Deployment: The team handles legal issues related to employing, deploying, or relocating employees globally, including compliance and tax matters.
• Sustainability and Climate Focus: Given the increasing focus on climate and sustainability, the legal team is involved in updating policies and ensuring alignment with international standards and requirements.

Operational Challenges and Adaptations

BMS Heavy Cranes, like many global companies, has faced significant challenges in recent years.

Impact of Global Events

• Covid-19 Pandemic and Ukraine Crisis: The company has had to address unforeseen factors impacting global operations due to these crises.
• Contractual Mitigation: The legal team has become more focused on highlighting and assessing unforeseen factors contractually during project negotiations and ensuring mitigation measures are in place.

Core Values and Operational Philosophy

• Sustainability: Sustainability is a core value at BMS Heavy Cranes, with a continuous effort to increase sustainability in all operations.
• Integration with Projects: The legal team is seen as an integral part of the projects rather than an external entity within the company, ensuring a well-functioning and value-adding legal support.

Conclusion

BMS Heavy Cranes’ success is significantly attributed to its robust legal framework and the integrated approach of its in-house legal team. By addressing a wide range of legal topics, ensuring contractual soundness, and adapting to global challenges, the company maintains its position as a leader in the heavy lifting industry. The emphasis on sustainability and the integration of legal services into project operations further solidify BMS Heavy Cranes’ commitment to excellence and compliance.

Huisman and BMS Heavy Cranes kick-off production of …

Guide to the Huisman and BMS Heavy Cranes 3,000mt Ringer Crane Project

Introduction

• The project involves the production of a 3,000 tonne capacity Ringer Crane by Huisman for BMS Heavy Cranes, a Danish crane rental company.
• This crane is specifically designed to support the installation of the next generation of wind turbines, both onshore and offshore, including those on floating foundations.

Key Features of the Ringer Crane

Lifting Capacity

• The crane can lift components weighing 1,200 tonnes to a height of 225 meters.
• It can manage loads of up to 3,000 tonnes at reduced heights.

Design and Configuration

• The crane uses a modular ring system, allowing it to be set up with a full 360-degree ring or just segments, depending on the site layout and application.
• The modular design enables easy relocation and breakdown into manageable loads for road transport.
• The crane can be set up and lifted without the need for auxiliary cranes.

Environmental and Operational Benefits

• The crane is fully electrically driven, which reduces harmful emissions at the point of use.
• It improves operational accuracy and energy efficiency, making it highly suitable for the renewable energy industry.
• The electric system also results in high positioning accuracy, reduced maintenance, and high reliability.

Advanced Manufacturing Technology

• Huisman employs advanced robotic welding technology, specifically ‘Wire & Arc Additive Manufacturing’ (WAAM), a subtype of metal 3D printing.
• This technology allows for the production of mid-size to large complex-shaped components with high-grade tensile steel, reducing delivery time and maintaining a high level of quality.

Production and Delivery

Production Commencement

• The production of the crane officially began in June 2022 with a ceremony at Huisman’s production facility in the Czech Republic.
• The first parts of S690 steel were welded using Huisman’s advanced robotic welding technology.

Delivery Schedule

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

Benefits and Impact

Industry Applications

• The crane is optimized for operations in the wind industry but is also suitable for use in other industries.
• It will enable BMS Heavy Cranes to play a significant role in the installation of the next generation of wind turbines, contributing to the development of renewable and net-zero energy sectors.

Strategic Partnership

• The project represents a major step forward for BMS Heavy Cranes in their partnership with Huisman.
• Both companies emphasize their commitment to accelerating the growth of renewable energy production through innovative and reliable solutions.

Technical Specifications

Materials and Construction

• The crane is made from high-grade tensile steel (S690), ensuring robustness and reliability.
• The special boom arrangement results in a lightweight yet rigid design.

Operational Capabilities

• The crane can operate in higher wind speeds compared to traditional cranes.
• It features very low ground bearing pressure, making it suitable for a variety of site conditions.

Conclusion

The Huisman and BMS Heavy Cranes 3,000mt Ringer Crane project marks a significant advancement in heavy lifting technology, particularly tailored for the renewable energy sector. With its innovative design, advanced manufacturing techniques, and environmental benefits, this crane is poised to play a crucial role in the installation of next-generation wind turbines and the broader transition to renewable energy.

About us

About BMS Heavy Cranes A/S

Company Overview

BMS Heavy Cranes A/S is a company specialized in the provision of heavy crane services. Here is a detailed guide to the company based on the available information.

Contact and Location

• Address: Troldholm 8, 9400 Nørresundby, Denmark
• Phone: +45 72 42 03 00
• Email: info@bms-hc.com

Markets and Services

While the specific services offered by BMS Heavy Cranes are not extensively detailed on the website, it is clear that the company operates within the heavy crane industry. This typically involves providing cranes and related services for heavy lifting and construction projects.

Career Opportunities

BMS Heavy Cranes A/S also provides opportunities for employment. The website mentions available jobs, indicating that the company is actively hiring and looking to expand its workforce.

General Information

• Headquarters: The company is based in Nørresundby, Denmark.
• Contact Details: For any inquiries or to get in touch with the company, the provided phone number and email address can be used.

Structure and Operations

Although detailed operational information is not provided, the company’s presence in Denmark suggests a localized but potentially expanding operation within the heavy crane sector.

Conclusion

BMS Heavy Cranes A/S is a Danish company focused on heavy crane services, with a base in Nørresundby. While the website does not provide a comprehensive overview of their services, it highlights key contact information, job opportunities, and a general presence in the heavy crane industry.

Given the limited information available on the website, here are some potential areas to explore further if more details are needed:
– Services Offered: Specific types of cranes, rental services, maintenance, and any specialized lifting solutions.
– Market Reach: Whether the company operates solely in Denmark or has international clients.
– Career Details: Job descriptions, application processes, and company culture.
– Client Testimonials: Any feedback or case studies from previous clients to gauge the company’s reputation and service quality.

bms heavy crane as

Given the absence of direct access to the specific website you mentioned, the following guide is compiled based on the available information from other reliable sources.

BMS Heavy Cranes: An In-Depth Guide

Company Overview

BMS Heavy Cranes is a global leader in the heavy lifting industry, specializing in providing solutions for heavy lifting challenges across various sectors, including onshore and offshore wind, infrastructure projects, and other specialized construction activities.

History and Founding

BMS Heavy Cranes was founded in 2011 and has since established itself as a major player in the global heavy lifting market[4].

Headquarters and Global Presence

The company is headquartered in Noerresundby, Denmark, with additional global entities in over 15 locations. BMS Heavy Cranes has a strong presence on five continents, including offices in the United States, Australia, Taiwan, Spain, France, Poland, UK/Ireland, and Finland[1].

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, ensuring safety, and delivering projects efficiently. They aim to be the preferred global supplier in cranes and heavy lifting[1].

Fleet and Equipment

BMS Heavy Cranes boasts one of the most modern fleets of heavy lifting equipment. This includes over 60 main cranes, ranging from a 3000t ring crane to LR 1300 and LR 11350 crawler cranes, 600t cranes, and smaller mobile cranes. The fleet is continuously updated with new, innovative cranes that enhance efficiency and reduce the operational footprint[1].

Industry Specialization

The company is highly specialized in heavy lifting projects, particularly in the onshore and offshore wind industry and infrastructure projects. This specialization sets BMS Heavy Cranes apart from its sister company, BMS A/S[1][3].

Project Capabilities

No project is too large or complicated for BMS Heavy Cranes. The company has the capabilities to lift and handle some of the world’s largest components. With a team of fully qualified site personnel, BMS Heavy Cranes ensures professional project management and delivery of large projects with the highest level of safety and proficiency[1].

Safety and Local Initiatives

Safety is a core strength of BMS Heavy Cranes. The company ensures a safe working environment through the expertise and commitment of its colleagues. Additionally, BMS Heavy Cranes invests in local skills and involves local suppliers and subcontractors in each project, contributing positively to the social and economic impact in local communities[1].

Employee Base and Leadership

BMS Heavy Cranes employs over 460 employees globally. The CEO of the company is Morten Kammer. The company’s global workforce includes specialists with extensive experience in heavy lifting projects[1][3].

Legal and Operational Status

In the UK, BMS Heavy Cranes operates as BMS Heavy Cranes UK Limited, a private limited company incorporated on July 9, 2020. The company is registered in Cambridgeshire, England, and is classified under the SIC code for other specialized construction activities not elsewhere classified[2].

Conclusion

BMS Heavy Cranes is a leading global supplier in the heavy lifting industry, known for its extensive experience, modern fleet of equipment, and commitment to safety and local community development. With a strong global presence and a dedicated team of specialists, the company continues to be a preferred partner for complex heavy lifting projects worldwide.

BMS HEAVY CRANES IBERICA SL. Company Profile

BMS Heavy Cranes Iberica SL: An In-Depth Guide

Company Overview

BMS Heavy Cranes Iberica SL is a subsidiary of the global heavy lifting specialist, BMS Heavy Cranes. Here is a detailed look at the company’s profile and operations.

Business Activities

Industry Classification

• Building Equipment Contractors: The company is involved in providing specialized equipment for construction and heavy lifting projects.
• Building Finishing Contractors: BMS Heavy Cranes Iberica SL also participates in the finishing stages of building projects.
• Foundation, Structure, and Building Exterior Contractors: The company’s services extend to foundational work, structural construction, and exterior building projects[3].

Organizational Structure

Parent Company

• BMS Heavy Cranes Iberica SL operates under the umbrella of BMS Heavy Cranes, a global leader in heavy lifting solutions, particularly in the onshore and offshore wind industry, infrastructure projects, and other specialized sectors[1].

Employee Base

• The company employs a team of between 1 and 9 employees, indicating a focused and specialized workforce[5].

Financial Overview

Annual Turnover

• BMS Heavy Cranes Iberica SL generates an annual turnover of less than 2 million euros. This figure suggests that while the company is not large in terms of revenue, it is highly specialized and efficient in its operations[5].

Operational Scope

Geographic Presence

• The company is based in Spain and operates within the Iberian region. This local presence allows it to serve regional clients effectively and participate in local projects[3].

Services Offered

• BMS Heavy Cranes Iberica SL provides a range of heavy lifting services, leveraging the extensive experience and equipment of its parent company. This includes the use of advanced cranes and specialized lifting equipment to handle complex projects[1].

Local Impact

Local Skills and Suppliers

• Similar to its parent company, BMS Heavy Cranes Iberica SL emphasizes the development of local skills and the involvement of local suppliers and subcontractors. This approach helps in creating a positive social and economic impact in the local community[1].

Conclusion

BMS Heavy Cranes Iberica SL is a specialized entity within the BMS Heavy Cranes group, focusing on providing heavy lifting solutions in the Iberian region. With a small but highly skilled workforce and a commitment to local development, the company plays a significant role in supporting regional construction and infrastructure projects. Its association with a global leader in heavy lifting ensures access to advanced equipment and expertise, making it a reliable partner for complex lifting challenges.

Frequently Asked Questions (FAQs)

While the specific focus on BMS Heavy Cranes in China is not extensively detailed in the provided sources, here are five frequently asked questions about BMS Heavy Cranes in general, along with detailed answers that can be applied broadly, including to their operations in any region:

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 project management, equipment mobilization, and the execution of complex lifting operations. Their services are tailored to handle large and complicated projects with a high 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, such as the 3000t ring crane, LR 1300 crawler crane, LR 11350 crawler crane with power boom, 600t cranes, and smaller mobile cranes. They also have a significant number of LG cranes, with more than 30 in their fleet. The equipment is continuously upgraded and expanded to include new, innovative cranes that improve efficiency and reduce the environmental footprint.

Where does BMS Heavy Cranes have a global presence?

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

How does BMS Heavy Cranes ensure safety during operations?

Safety is a top priority for BMS Heavy Cranes. They use advanced technology such as the LICCON crane control system, which constantly monitors wind and weather conditions to ensure safe lifting operations. Additionally, they employ specialized apps to access real-time wind data, and their crane operators and supervisors maintain constant communication to coordinate lifts safely. The equipment is also regularly inspected and maintained, with fixed teams of drivers assigned to each machine to ensure familiarity and optimal performance.

What is BMS Heavy Cranes’ approach to local community involvement?

BMS Heavy Cranes is committed to creating a positive social and economic impact in the local communities where they operate. They invest in local skills by involving local suppliers and subcontractors in their projects. This approach goes beyond mere legislative compliance, as they aim to develop local content and contribute to the economic well-being of the communities they work in. This commitment is recognized by their customers and the local communities, reflecting their dedication to responsible and sustainable business practices.