Innovating Engineering Technology and Practicing Ecological Protection
With a sense of responsibility in mind and a commitment to action, OCB proactively assumes social responsibility and supports green, low-carbon development. The company integrates low-carbon design concepts into its development practices, establishing a corporate responsibility framework centered around "innovating engineering technology and practicing ecological protection." In engineering design, low-carbon design principles are incorporated into every product, contributing to the industry's green and low-carbon transition through OCB's efforts.
OCB continues to intensify its research and development of low-carbon technologies, making the decarbonization of engineering one of the core indicators for project development. On average, this approach can reduce approximately 300,000 tons of CO2 equivalent emissions annually during project implementation, which is equivalent to the annual carbon emissions of 250,000 fuel-powered vehicles.
OCB adheres to the principles of "decarbonization, digitization, and intelligence," advocating for a harmonious development approach that promotes the coexistence of "people, nature, digital technology, and engineering."
OCB prioritizes the use of green renewable materials and processes with lower carbon emissions and compliance with environmental standards throughout their lifecycle. The company is committed to comprehensive green protection, achieving innovative green development.
GB/T 24001/ISO 14001 Environmental Management System, GB/T 45001/ISO 45001 Occupational Health and Safety Management System, GB/T 19001/ISO 9001 Quality Management System
OCB collaborates with numerous experts and scholars from China University of Petroleum and Ocean University of China, aiming to establish an advanced innovation institution for engineering modularization, digitization, and decarbonization in China, while contributing to the sustainable development of international marine energy.
Commitment to Technological Innovation
OCB using innovation to drive progress and lead industry transformation.
People-Centric Approach
OCB provides employees with abundant learning resources and growth opportunities.
Building a Solid Foundation for Governance
OCB continuously optimizes and improves its governance system in order to enhance corporate governance efficiency.
Focus on Integrity and Clean Governance
OCB is committed to building a clean supervision and management system.
Collaborative Win-Win Partnership
OCB collaborating with suppliers, customers, and other partners to create a new vision for green and low-carbon development.
OCB actively participates in the construction of a low-carbon society, adhering to the philosophy of "protecting our home and caring for nature."
OCB continually delves into the field of new energy and the development of low-carbon engineering technologies, integrating green and low-carbon development concepts into its production and operational processes.
OCB, in collaboration with university experts, has developed a deep-sea floating device stabilization support system to assist offshore renewable energy in advancing into deeper waters, continuing to expand the installed capacity for new energy power generation.
The new wind power transmission and distribution device jointly developed with Siemens Energy employs modular assembly technology, effectively reducing steel usage and the frequency of large floating crane operations, with each device expected to reduce carbon emissions by 2,000 to 3,000 tons.
The second-generation booster station developed in collaboration with Siemens Energy has reduced the weight of the upper components by approximately 20% compared to traditional offshore booster stations, leading to a 20% reduction in overall costs.
OCB advocates for all employees to embrace a green and low-carbon lifestyle and work style, designating June 15th each year as the company's "Low Carbon Day" to actively promote societal green and low-carbon development.
OCB possesses advanced engineering digital capabilities and conducts effective digital management and application scenario development based on this foundation.
We have developed digital simulation software focused on the characteristics of engineering module assembly, utilizing digital twin technology to identify tolerance data and provide control reports.
Targeting the manufacturing characteristics of the heavy industry, OCB has set flexible manufacturing and intelligent manufacturing as software development goals. The "Commander 1" flexible intelligent welding system has been successfully developed, with flexible manufacturing and intelligent manufacturing as key objectives.
The Digital Intelligence Institute of OCB constructs a "3S" development platform around digital scenarios, utilizing the concept of digital twins in factories, campuses, and marine environments to deliver high-quality digital product experiences to global customers.
OCB engages in environmental protection efforts, learning and mastering the latest environmental regulations, establishing comprehensive environmental protection systems, and promoting green and high-quality development to achieve a win-win situation for development and environmental protection.
The company keeps pace with technological advancements, continually exploring low-carbon processes to reduce costs and increase efficiency while alleviating environmental pressure. OCB leverages technology to aid environmental protection and fosters sustainable development through intelligence.
OCB continuously strengthens environmental protection awareness and education among employees, enhancing their sense of environmental responsibility and jointly safeguarding a green home while sharing lush mountains and clear waters.
OCB is firmly committed to an ecological priority and low-carbon, green, and sustainable development path, dedicated to fully realizing the blueprint for green and low-carbon development. The company explores low-carbon processes, builds new productivity, and accelerates the green and low-carbon development of industries such as marine engineering and oil and gas chemicals.