成都大陆希望集团有限公司

Recently, the lithium bromide absorption chiller unit specially designed and developed independently by Hope Deepblue Air-Conditioning Manufacturing Co., Ltd. for offshore oil and gas drilling platforms officially obtained the Offshore Facility Product Certification by China Classification Society (CCS). The certification process of CCS is a highly challenging systematic engineering endeavor, and its prestige is widely recognized globally. The successful acquisition of this certification marks that Hope Deepblue's lithium bromide absorption products have met or exceeded the stringent inspection standards of CCS in multiple aspects, including structural design, manufacturing processes, workflow management, and quality control, thereby securing the "core access pass" to the offshore engineering market.

China Classification Society (CCS), established in 1956, is a public institution directly under the Ministry of Transport and a full member of the International Association of Classification Societies (IACS). As the sole professional organization in China engaged in ship classification surveys, CCS provides classification, statutory, verification, and notarial survey services, as well as certification and accreditation, for ships, offshore facilities, and industrial products. It plays a significant role in the formulation of international maritime standards and has earned extensive recognition from the global maritime industry. The CCS certification criteria are extremely rigorous, with the process encompassing comprehensive evaluations such as design appraisal, material inspection, performance testing, and factory production capability audits.

Offshore engineering has emerged rapidly in recent years as a burgeoning blue-ocean market on a global scale. Taking the offshore oil and gas drilling platform market as an example, the global market is in a phase of steady expansion and is projected to exceed USD 100 billion by 2026. As energy plays an increasingly vital role in economic development, offshore oil and gas drilling platforms continue to be highly favored by the market. Meanwhile, with the continuous deepening of the global dual-carbon (carbon peaking and carbon neutrality) initiative, the low-carbon and green transformation of offshore drilling platforms situated in remote and deep-sea areas is also accelerating across the board. Cleaner energy structures, resourceful utilization of waste heat and associated gas, and large-scale application of CCUS (Carbon Capture, Utilization, and Storage) technologies represent the core trends, with green development having become an irreversible trend for the industry.

Hope Deepblue's lithium bromide absorption chiller units can effectively utilize waste heat resources on offshore platforms, such as flue gas, hot water, and thermal oil, to provide cooling and heating for accommodation modules. This is a future-oriented, green and low-carbon technology that drives efficient energy utilization while simultaneously reducing emissions of carbon dioxide, nitrogen oxides, and high-temperature exhaust gases—an environmentally friendly equipment solution.

The application of lithium bromide chiller units on offshore oil and gas drilling platforms is by no means a simple "direct transfer" of onshore units. Offshore platforms impose far more stringent requirements on auxiliary equipment than their onshore counterparts, constituting a systematic engineering endeavor that integrates explosion protection, corrosion resistance, compactness, and reliability into a multi-dimensional framework. The core distinction lies in the fact that all equipment on offshore platforms must achieve ultimate reliability and compactness while ensuring absolute safety. Hope Deepblue's R&D team has systematically addressed the multiple special challenges posed by the marine environment to the application of lithium bromide units, achieving full compatibility with offshore platform requirements and CCS certification standards in areas including welding and vacuum integrity assurance, extreme anti-corrosion design, explosion-proof and safety design, vibration-resistant and anti-sway structural design, emergency power supply and intelligent monitoring systems, as well as unit specifications and weight control.

The attainment of CCS certification represents a significant milestone in Hope Deepblue's development journey. It not only opens up a brand-new offshore engineering market gateway for the company but also serves as a strong affirmation of Hope Deepblue's technological capabilities and product quality. Moving forward, Hope Deepblue will accelerate its drive toward "green manufacturing and intelligent manufacturing," joining hands with more partners to collectively explore the deep sea in pursuit of "carbon" solutions and chase the blue dream, contributing more Chinese expertise and Hope solutions to facilitate the green and low-carbon transformation of the global offshore engineering market. (Contributed by Hope Deepblue)