中国科学院大学青岛科教融合园海洋化学与资源样品楼

海洋化学与资源样品楼

Building of Chemical Institute,C.A.S

设计时间/Design：2017

建筑面积/Building area：21250m2

项目位于北京市海淀区中关村北一街2号，中关村五号园区内，毗邻北大、清华等著名学府以及中科院各科研院所，具有先天的文化与科学氛围。在设计中，打通并适当拓展区内原有主干道路，将用地自然划分为若干功能区域。各区域内车行、步行道路自成系统，同时又便于相互联系。

建筑平面为南北分区的“C”型布局，南侧为学术办公模块，北侧为实验研究模块，之间为服务模块，分区明晰，功能紧凑。办公模块设置小间研究室；实验模块主要为通用化学实验室；服务模块为建筑设备与生活卫生服务空间。报告厅位于一层内院，位置居中，服务便捷。

根据化学实验室自身的特点，采用了通用可展、灵活实用的模块化

设计方案。管网系统集中布置，高效且易于检修，同时考虑先进的智控.

The project is located at No.2 North First Street, Zhongguancun, Haidian District in Beijing. Located in No.5 Zhongguancun Science Park, it is adjacent to Peking University, Tsinghua University and other well-known universities and scientific research institutes of the Chinese Academy of Sciences, so it embodies a strong cultural and scientific atmosphere. In the design, the original main roads in the area are opened up and expanded to a certain extent, and the land is naturally divided into several functional areas. The roadways and walkways in each area are independent which can also be connected easily.

The building plan is the “C”-type layout with a north-south partition. The southern area is the academic office module, the northern area is the lab research module, and the area between is the service module. The clearly divided area has densely-arranged functions: the small research rooms are arranged in the office module; the lab module is mainly for the general chemical lab; the service module is planned for architectural equipment and life and health service spaces, and the report hall is in the interior yard of the ground floor, enabling convenient service.

Based on the features of the chemical lab, the module design scheme is adopted for general, extendable, flexible and practical use. The centralized pipeline network system is efficient and easy to maintain, and the advanced intelligent control and frequency-conversion centralized air supply and exhaust system is adopted to reduce operating costs and save energy.

The overall style of the building is simple and elegant. The exterior red brick finish is consistent with the existing buildings in the area, while the square openings and windows as the major façade language are convenient for use, and it also takes into consideration the vocabulary of the existing buildings in the area, supported by the brick shutter, and the building style of the park appears to be integrated together.

The building is of a good size and powerful, showing an effect of sliced superposition. This is particularly true for the west façade facing the street, interpreting the style of precision and restraint of the scientific research building. Just like a massive academic tome, the building is a metaphor of the historical mission of truth-seeking and desire to learn. Unfolding the “academic tome”, one comes to the interior yard in the east direction of the building, the decorative façade and the network frame at the entrance add the rich theme of chemical scientific research, of which spirit is condensed and refined here, to finally realize a stable and quite research space.