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Engineering case 5
工程案例 5
江西农业大学黄院士实验室项目
江西农业大学是一所以农为优势、以生物技术为特色、多学科协调发展的有特色高水平农业大学。本项目在规划设计时充分利用场地面积以满足学生人数较多、实验任务重、排风量大、新风补给等因素，严格反复讨论修改场景规划并定制实验室家具及配套通风设备。
项目特点：实验人员数量较多、产品使用率高，排风补风配套均衡。
Jiangxi Agricultural University is a high-level Agricultural University with agriculture as its advantage, biotechnology as its feature and multi-disciplinary coordinated development.
During the planning and design of the project, the site area shallbe fully utilized to meet the requirements of large number of students, heavy experimental tasks, large amount of medicine exhaust air, fresh air supply, etc
Factors, strictly and repeatedly discuss and modify the scene planning and customize the laboratory furmiture and supporting ventilation equipment.
Project features: a large number of laboratory personnel, high product utilization rate, and balanced exhaust and air supplement facilities.
Engineering case 6
工程案例
方科技大学医学院加强型BSL-2病原微生物实验室建设
南科大医学院的定位是建设一所扎根深圳、面向中国和世界、理工医人文交叉融合、水平一流、国际化的研究型医学院；以培养具有国际视野、开拓精神和创新能力、德才兼备的医学领军人才，探索医学未知、引领一流科研、推进医学发展，和追逐精湛医技/医疗、提供优质临床服务为最高使命。
本项目实验室的功能主要为通过体外细胞培养、病原体培养及建立医学动物模型等手段，应用并结合细胞生物学、医学微生物学、病理学、分子生物学等科学知识和实验方法进行医学实验，且部分实验具备一定的感染风险。为了实现上述功能，将实验室定义为加强型BSL-2实验室，核心间与大气保持负压状态，负压不小于-10pa，在入口显著处安装压力显示装置。增加洁净度8级，外排风过滤处理，送风经初级、中级和高效过滤。
BSL-2实验室即bio-safetylevellaboratory-2，表示在此实验室内进行的实验所涉及的病原体和生物因子其危害等级为Ⅱ级（中等个体危害，有限群体危害）。具体来讲，即能够引起人类或者动物疾病，但一般情况下对人、动物或者环境不构成严重危害，传播风险有限，实验室感染后很少引起严重疾病，并且具备有效治疗和预防措施的微生物。加强型BSL-2实验室在普通型BSL-2实验室的基础上增加机械通风系统。
BSL-2实验室配备了相应的实验设备仪器，如高速离心机、生物安全柜、超低温冰箱等，实验室建设从实验基础设施上保证了实验教学、科研及社会服务等功能的实行。
室、病毒实验室、噬菌体实验室、恒温室、分子实验室、洗消室以及与
The positioning of the Medical College of South University of Science and Technology is to build a researchoriented medical college rooted in Shenzhen, facing China and the world, integrating science, engineering, medicine, and humanities, with first-class level and internationalization; Ourultimate mission isto cultivate leading medical talents with an international perspective, pioneering spirit, innovative ability, and moral integrity, explore the unknown of medicine,lead frst-class scientific research, promote medical development, and pursue exquisite medical technology/medical care, providing high-quality clinical services.
The main function of this project laboratory is to apply and combine scientific knowledge and experimental methods such as cellbiology, medical microbiology, pathology, and molecular biology to conduct medical experiments through in vitro cell culture,pathogen culture, and establishment of medical animal models, and some experiments have certain infection risks. In order to achieve the above functions, the laboratory is defined as an enhanced BSL-2 laboratory, with a negative pressure maintained between the core and the atmosphere, with a negative pressure not less than -10pa.A pressure display device is installed prominently at the entrance. Increase cleanliness by 8 levels, filter the exhaust air, and fiter the supply air through primary, intermediate, and high-efficiency filtration.
The BSL-2 laboratory, also known as biosafety level laboratory-2, indicates that the pathogens and biological factors involved in the experiments conducted in this laboratory have a hazard level of Il (moderate individual hazard, limited group hazard). Specifically, microorganisms that can cause diseases in humans or animals, but generally do not pose a serious threat to humans, animals, orthe environment, have limited transmission risks, rarely cause serious diseases after laboratory infection, and have effective treatment and prevention measures. The enhanced BSL-2 laboratory adds a mechanical ventilation system on the basis of the regular BSL-2 laboratory.
The BSL-2 laboratory is equipped with corresponding experimental equipment and instruments, such as highspeed centrifuges, biosafety cabinets,ultra-low temperature refrigerators, etc.The construction of the laboratory ensures theimplementation of functions such as experimental teaching,scientific research, and social services from the perspectiveofexperimental infrastructure.
The laboratory mainly includes: bacterial laboratory, virus laboratory, bacteriophage laboratory, constant temperature room, molecular laboratory, washing and disinfection room, and microscope imaging room.
主实验室均设置准备间、更衣间、缓冲间，在平面布置方面，物品通过传递窗传递，人员从更衣间进入，把人流和物流分隔开，防止人和物的交叉感染。
The main laboratory is equipped with preparation rooms, changing rooms, and bufferrooms.In terms of layout, items are transmitted through transfer windows, and personnel enter from the changing rooms, separating the flow of people and logistics to prevent cross infection between people and objects.
按照《生物安全实验室建筑技术规范》对BSL-2实验室的规定，实验室设置室内温度在 18~26°C 之间，相对湿度在 30~70% 之间，噪声 <=slant60 dB ，最低照度达到 3001\mathbf{x} 。屋顶排风经高效过滤后排出，送排风系统设置连锁，排风机先于送风机启动，后于送风机关闭。
According to the Technical Specifications for Building Biosafety Laboratories, the BSL-2 laboratory is set up with an indoor temperaturebetween 18{-}26 °C, relativehumiditybetween 30–70%, noise <= 60dB, and a minimum illumination of 300lx. The roof exhaust is efficiently filtered and discharged.The supply and exhaust system is interlocked, and the exhaust fan starts before the supply fan and then closes.
动物房需进行部分感染性操作实验，故分别设置正压和负压ivc鼠笼分开观察饲养，所有鼠笼排风管接入排风主管，废气经过光氧处理后排出。鼠房饲养间内采用全送全排方式进行换气，符合规范要求的前提，可最大限度降低饲养气味。
Part of the infectious experiments need to be conducted in the animal room, so positive pressure and negative pressure IVC cages are set up separately for observation and feeding. All cage exhaust pipes are connected to the exhaust main pipe, and the exhaust gas is discharged after photo oxygen treatment. The rat room adopts a full supply and fullexhaust method for ventilation, which meets the regulatory requirements and can minimize the odor of feeding.
加强型BSL-2实验室准备间设置水池，水龙头为感应龙头，设置在靠近出口处。实验室内配置压力蒸汽灭菌器，以及其他适用的消毒设备。房间内通过自动控制措施保证实验室压力及压力梯度的稳定性，并可对异常情况报警。
A pool isset upin thepreparationroom of the enhanced BSL-2laboratory,and thefaucetisaninductionfaucetlocated near the outlet. The laboratory is equipped with pressure steam sterilizers and other suitable disinfection equipment. The stability of laboratory pressure and pressure gradient is ensured through automaticcontrol measuresintheroom,and abnormal situationscanbealerted.
核心工作间内送风口和排风口的布置符合定向气流原则，利于减少房间内的涡流和气流死角。设置B2全排型生物安全柜，用于操作易感染的病原微生物实验，屋顶排出废气经过高效处理后排放。每个工作区配置了相应的培养箱、超低温冰箱、摇床等仪器设备满足实验需求，各种实验仪器均经过科学合理的设计布局设置在实验室内。
The arrangement of air supply and exhaust outlets in the core workspace conforms to the principle of directional airflow, which is conducive to reducing eddy currents and dead corners of airflow in the room. Set up a B2 full discharge type biosafety cabinet for conducting experiments on pathogenic microorganisms that are prone to infection. The exhaust gas from the roof is efficiently treated and discharged. Each workspace is equipped with corresponding incubators, ultra-low temperature refrigerators, shakers, and other equipment to meet experimental needs. Various experimental instruments are scientifically and reasonably designed and arranged in the laboratory.
实验室内配备紧急淋浴器和必要的洗眼装置，根据具体的实验要求和实验物种，采取相应的生物安全措施和防护措施，入口处设置生物危害标识，出口处设置逃生发光指示标识，以此来确保整个实验室的安全性和可靠性。
The laboratory is equipped with emergency showers and necessary eye washing devices. According to specific experimental requirements and species, corresponding biosafety and protective measures are taken. Biological hazard signs are set at the entrance, and escape illuminated signs are set at the exit to ensure the safety and reliability of the entirelaboratory.
Engineering case 7
工程案例
华中农业大学襄阳校区(现代农业研究院)学科交叉中心中心冷库、种子资源库等配套设工程项目
华中农业大学襄阳校区（现代农业研究院）是一所211新校区，总建筑面积60.66万平方米，包括实验楼、教学楼等70栋单体建筑，其中教学楼、学科交叉中心、行政楼、实验楼、国际学术交流中心、校医院、教师公寓、学生宿舍、食堂等62栋单体建筑约50万平方米，采用环形圈层结构，实现建筑与景观的高效融合。
本次项目包含组培室17间，低温种质库8间。工程的主要内容包括：平面布局、围护结构、空调系统、植物生长光源、加湿系统及智能控制系统的设计、设备安装及调试，人员培训及其他相关的技术服务。
Huazhong Agricultural University Xiangyang Campus (Modern Agricultural Research Institute) is a 211 new campus with a total construction area of 606600 square meters, including 70 individual buildi-ngs such as experimental building and teaching building. Among them, there are 62 individual buildings of about 500000 square meters, including teaching building, interdisciplinary center, administrative building, experimental building, international academic exchange center, campus hospital,teacherapartments,student dormitories,cafeteria,etc.It adopts a circular ring structure to achieve efficient integration of architecture and landscape.
This project includes 17 tissue culture rooms and 8low-temperature germplasm banks.The main content of the project includes the design,equipment installation and commissioning,personnel training,and otherrelated technical services of plane layout, enclosure structure, air conditioning system, plant growth light source, humidification system,and intelligentcontrolsystem.
本次的设计为适用于科学研究的能模拟自然界气候条件（温度、湿度、照度）的组培室。要求达到国内同类实验室的较高水平，气候室为满足实验工艺要求，必须符合植物生长的要求，其主要研究对象：狗尾草、番木瓜、水稻、甘蔗、高梁等。须采用合理的空调方案、送回风及气流组织形式，特别在植物光源的选择和光合有效辐射强度控制上必须符合植物生长的要求，达到较高的技术水准。
组培室除保证植物正常生长以外，需要充分考虑人员活动和实验的特点，进行人性化设计。在结构、空调系统、工作界面等细部设计均应符合相关实验的要求。
This design is a tissue culture room suitable for scientific research that can simulate natural climate conditions (temperature,humidity, ilumination). The climate chamber must meet the requirements of plant growth in orderto meet the high level of similar domestic laboratories. Its main research objects include dog tail grass, papaya, rice, sugarcane, sorghum, etc.Reasonable air conditioning schemes, supply and return air, and airlow organization forms must be adopted,especially in the selection of plant light sources and control of photosynthetic effective radiation intensity,which must meet the requirements of plant growth and achieve a high level of technical proficiency. In addition to ensuring normal plant growth, the tissue culture room needs to fully consider the characteristics of personnel activities and experiments, and carry out humanized design.The detailed design of the structure, air conditioning system, and work interface should comply with the requirements of relevant experiments.
Engineering case 8
工程案例
南昌大学国际食品创新研究院实验室建设项目
南昌大学国际食品创新研究院是经江西省人民政府批准成立，是教育部、江西省人民政府部省合建南昌大学的重要任务之一。该院以构建“政府为主导、企业为主体、学科为支撑”的政产学研用新机制为已任，秉承“立足红土、面向世界、围绕需求、打破壁垒、产学研用、服务产业”的理念，重点打造代表中国水平、国际一流的发酵工程大型系列研究设施。未来，研究院将面向食品产业需求和学科前沿开展重大基础和应用研究，培养和汇聚拔尖领军人才和科研创新队伍，开展高水平国际合作，打造政产学研用一体化的食品与大健康产业科创基地。
在食品行业的不断变革和创新中，实验室成为了推动力量。作为一家专注于实验室建设的综合公司，我们有幸为南昌大学国际食品创新研究院提供了从设计到施工的整体服务。
本次，在我司与南昌大学对接的过程中，了解到食品国际创新研究院专注微生物的研究与应用以及发酵工程，需要对各类菌种的开展实验研究，根据其需求精准展开“微流控菌种筛选实验室”、“高通量菌种实验室”、“微生物培养室”等实验室建设。
The International Food Innovation Research Institute of Nanchang University was established with the approval of the People's Government of Jiangxi Province.It is one of theimportant tasks of the Ministry of Education,the People's Government of Jiangxi Province, and the joint construction of Nanchang University.The institute takes it as its responsibility tobuild a newmechanismfor political, industry, academia,research and application led by the government, enterprises as the main body, and supported by disciplines. Adhering to the concept of "based on red soil, facing the world, focusing on demand, breaking down barriers, industry, academia, research and application, and serving the industry," the institute focuses on building a large-scale series of fermentation engineering research facilities that represent China's level and international first-class.Inthefuture, the research institute will carry out major basic and applied research in response to the needs of the food industry and the forefront of disciplines, cultivate and gather top-notch leading talents and scientific research and innovation teams, carry out high-level international cooperation, and build a food and health industry science and technology innovation base that integrates politics, industry,academia,research and application.
In the continuous transformation and innovation of the food industry, laboratories have become the driving force.As a comprehensive company focused on laboratoryconstruction,we arefortunate to provide comprehensive services from design to construction forthe International Food Innovation Research Institute of Nanchang University.
During the docking process between our company and Nanchang University, we learned that the Food International InnovationResearch Institutefocuses ontheresearch and application ofmicroorganisms aswellasfermentationengineering,andneedstoconductexperimentalresearchonvarious strains.Based on theirneeds,wewill accurately carry out laboratory construction such as“MicrofluidicStrain Screening Laboratory","High throughput Strain Laboratory",and"MicrobialCultureRoom".
微流控菌种筛选实验室主要使用微流控技术，这是一种在微米尺度上控制流体流动的技术。它通过微通道、微泵、微阀等微米尺度设备，实现对液体中微生物细胞的精确操控和分析。在微流控菌种筛选实验室中，样品通常会被引入到一个或多个微通道中，然后通过各种微流控设备进行分离、纯化、扩增等操作。
目前，微流控菌种筛选实验室大大提高了检测效率，集成小型化与自动化，减少对操作人员的要求。
Themicrofluidic strainscreening laboratory mainly usesmicrofluidictechnology,which is a techniquefor controlling fluid flow at the micrometer scale. It achieves precise manipulation and analysis of microbial cells in liquids through micrometer scale devices such as microchannels, micropumps, and valves. In microfluidic strain screening laboratories,samples are usually introduced into one ormoremicrochannels,and then separated,purified,amplified,and otheroperationsarecarriedoutthroughvariousmicrofluidicdevices. At present,themicrofluidicstrainscreeninglaboratoryhasgreatlyimproved detection efficiency,integratedminiaturization and automation, and reduced the requirements for operators.
高通量菌种实验室是一种特殊类型的实验室，主要用于进行高通量测序实验，以研究物种的基因组和转录组。它具有高效、快速、准确的特点，能够同时对大量核酸分子进行序列测定，从而对一个物种的基因组和转录组进行细致全貌的分析。
高通量菌种实验室的作用主要是进行基因组学和转录组学的研究。这些研究可以揭示物种的基因组成和功能，帮助科学家了解微生物的特点，以此为食品产业的发展提供支持。
微生物培养室的作用主要是进行微生物的培养、繁殖和实验研究。它具有洁净、无菌、恒温、恒湿等环境条件，能够满足微生物生长和繁殖的需求，同时可以进行各种微生物实验，如细菌分离、培育、育种、鉴别、形态观察、变异研究等。
无菌实验室主要用于微生物学、生物医学、生物工程、生物材料以保证实验过程中的样品和人员不会受到微生物污染的影响。
A high-throughput bacterial strain laboratory is a special type of laboratory primarily used for high-throughput sequencing experiments to study the genome and transcriptome of species. It has the characteristics of efficiency, speed, and accuracy, and can simultaneously sequence a large number of nucleic acid molecules, thereby conducting detailed and comprehensive analysis of the genome and transcriptome of a species.
The role of high-throughput bacterial strain laboratories is mainly to conduct genomics and transcriptomics research. These studies can reveal the genetic composition and function of species, help scientists understand the characteristics of microorganisms, and provide support for the development of the food industry.
The main function of a microbial culture room is to cultivate, reproduce, and conduct experimental research on microorganisms.lt has clean,sterile,constant temperature,constant humidity and otherenvironmental conditions, which can meet the needs of microbial growth and reproduction. At the same time,it can conduct various microbial experiments, such as bacterial isolation, cultivation, breeding,identification, morphological observation, variationresearch,etc.
Sterile laboratories are mainly used in microbiology, biomedical, bioengineering, and biomaterials to ensure that samples and personnel during the experimental process are not affected by microbial contamination.
此外，我们还为该食品创新实验室的办公空间提供了对应方案。舒适的办公环境对于科研团队的重要性，因此根据使用者的风格偏好，量身定制了办公空间的设计和家具，以提供灵活性和舒适度。通过提供多功能的办公空间，我们帮助客户实现与实验室紧密结合的工作模式，促进信息共享和团队协作。
In addition, we have also provided corresponding solutions for the office space of the food innovation laboratory. A comfortable office environment is crucial for research teams, so the design and furniture of the office space have been tailored to the user's style preferences to provide flexibility and comfort. By providing multifunctional office spaces, we help clients achieve a work mode closely integrated with the laboratory, promoting information sharing and team collaboration.
Engineering case 9
工程案例
贵州铜仁市生态环境监测站实验室监测能力提升改造
贵州铜仁市环境监测承担着铜仁市辖区内环境质量、污染源、农村环境质量、国家地表水采测分离样品分析等监测工作，曾先后荣获“环境监测国家级优质实验室”、“全国环保系统先进集体”和“全国土壤污染状况调查先进集体”等称号。
本次项目主要是实验室台柜及配套设备、实验室通风智能化系统（VAV系统）、微生物洁净实验系统、实验室墙面装饰板、实验室给排水系统、实验室电气系统、实验室集中供气系统、实验室普通空调系统等方面。
项目特点：微生物洁净实验系统，实验室通风智能化系统（VAV系统）实验室台柜及配套设备。
Environmental monitoring in Tongren City, Guizhou Province is responsible for monitoring the environmental quality, pollution sources, rural environmental quality, and analysis of national surface water sampling and separation samples within the jurisdiction of Tongren City. It has been awarded titles such as "National Quality Laboratory for Environmental Monitoring","Advanced Collective of National Environmental Protection System", and"Advanced Collective of National Soil Pollution Investigation".
This project mainly focuses on laboratory cabinets and supporting equipment, laboratory ventilation intelligent system (VAV system), microbiological clean experimental system, laboratory wall decorative panels, laboratory water supply and drainage system, laboratory electrical system, laboratory centralized gas supply system, laboratory ordinaryairconditioningsystem,etc.
Project features: Microbial Cleanliness Experimental System, Laboratory Ventilation Intelligent System (VAV System) Laboratory Cabinets and Supporting Equipment.
Engineering case 10
工程案例10
江西省肿瘤医院样本库及PCR实验室建设
江西省肿瘤医院，是集医疗、预防、教学、科研、安宁为一体的全省肿瘤防治科研中心，以肿瘤诊治、整形修复为专科特色，兼顾综合疾病诊治的全省唯一的省级三级甲等肿瘤专科医院。在家具设计中反复与用户沟通修改设计方案，以平面，3D效果展示方案全貌帮助客户更清晰了解预实验室概况，优化空间使用效率，设计良好便捷的流动路线，根据实验员的使用习惯定制实验台柜。
项目特点：产品模块化、款式功能定制化。色彩丰富，品类齐全。
The Cancer Hospital is a provincial cancer prevention and treatment research center integrating medical treatment, prevention, teaching, scientific research and tranquility,It is the only provinciallevel grade-3 Grade-A tumor hospital in the province, which is characterized by tumor diagnosis and treatment plastic surgery and repair, and gives consideration to comprehensive disease diagnosis and treatment. In the furniture design, repeatedly communicate with users to modify the design scheme, and all customized products are realized. It specifically reffects that the storage space is enlarged, the style is beautiful and atmospheric, and the process is fineThe customized products are highly praised by users for their excellent laboratory cabinets and other equipment.
Prqject features:modular products, customized styles and functions. Rich colors and complete categories.
Engineering case 11
工程案例 11
1江西省皮肤病专科医院供应室及ICU项目
南昌市立医院（江西省皮肤病专科医院）始建于1955年，是以诊治皮肤常见病及疑难重症为主，集医疗、科研、教学、康复和预防为一体的公立三甲皮肤病专科医院，年门诊量逾40万余人次、出院3300余人次、各类手术治疗4000余例。医院同时也是南昌大学附属皮肤病医院、南昌市美容医院、江西省第六医院、江西省皮肤病研究所；是国家皮肤与免疫疾病临床医学研究中心分中心建设单位、国家临床药物试验机构、国家中医药工作示范单位、国家级皮肤医疗美容示范基地、中国痤疮临床诊疗示范基地。
项目特点：本工程区域范围内与科研平台相关的实验室工艺设计、机电工程安装、净化空调系统、废气处理系统、给排水系统、废水系统、实验家具设备建设以及信息化等配套设施，满足用户其他功能的内部布局设计及相关的装饰、消防、机电，给排水、智能化设计。
Nanchang Municipal Hospital (JiangxiProvincial DermatologySpecialized Hospital) was founded in 1955. It is a public tertiary dermatology specialized hospital that focuses on the diagnosis and treatmentof common skindiseases and difficult and severe cases,integrating medicaltreatment,scientific research,teaching,rehabilitation,andprevention.The annualoutpatientvolumeexceeds40ooo0people, with over 3300 discharges and over 4000 surgical treatments. The hospital is also an affliated dermatology hospital of Nanchang University, Nanchang Beauty Hospital, Jiangxi Sixth Hospital, and Jiangxi Institute ofDermatology;Itisaconstructionunitof theNationalClinicalMedicalResearchCenterforSkinand Immunological Diseases,anationalclinical drugtrialinstitution,anationaldemonstrationunitfortra ditional Chinesemedicinework,a national level skinmedical beauty demonstrationbase,and a Chinese acneclinicaldiagnosisandtreatmentdemonstrationbase.
Project features: The laboratory process design, mechanical and electrical engineering installation. purification air conditioning system,exhaust gas treatment system,water supply and drainage system, wastewater system,experimental furniture and equipment construction,as well asinformation technology andothersupportingfacilitiesrelatedtothescientificresearchplatformwithinthescopeofthisproject area, meet the internal layout design and related decoration, fire protection, mechanical and electrical, watersupplyanddrainage,andintelligentdesignofotherfunctionsforusers.
Engineering case 12
工程案例12
大湾区大学(筹)理学院实验室建设工程项目
大湾区大学(筹)是一所由广东省人民政府主办、东莞市人民政府主要投入保障的全日制公办普通高等学校。学校位于粤港澳大湾区，面向全国乃至全球，围绕广深港创新走廊的发展，构建以理工科为主体的学科体系。学校致力于培养具有创新思维、全球视野、家国情怀和终身学习能力的高水平研究型人才，目标是为国家创新驱动发展战略和粤港澳大湾区发展提供有力的人才支持。
大湾区大学理学院定位高起点、高格局，立足高精尖理学以及相关交叉学科，致力于培养具有核心创造能力、支撑和引领国家科创发展的高端人才。大湾区大学理学院拟在学科发展、科学研究、人才培养以及科教产合作等方面取得突出成绩。理学院设有3个系，分别为数学系、物理系、化学系。此项目包含物理系、化学系实验室。
The Greater Bay Area University( preparatory)is a full-time publichigher educationinstitutionsponsored bythe People's Government of Guangdong Pr ovince and mainly supported by the Pe ople's Government of Dongguan City. T he school is located in the Guangdong HongKong Macao GreaterBayArea,fa cingthewholecountry and eventhew orld, and building a discipline system w ith science and engineering as the main body around the development of the G uangzhou Shenzhen Hong Kong Innova tion Corridor.The school is committed t o cultivatinghigh-level research-oriente d talents with innovative thinking, globa I perspective,patriotism, and lifelong le arning ability,withthegoalof providing strongtalentsupportforthenationalin novation driven development strategy a nd the development of the Guangdong
The Faculty of Science at the University of the Greater Bay Area is positioned with a high starting point a nd high standards, based on high-precision and cutting-edge science and related interdisciplinary fields, com mittedtocultivatinghigh-endtalentswithcorecreative abilities,supporting andleadingthedevelopmentof national science and technology innovation. The Faculty of Science at universities in the Greater Bay Area pla ns to achieve outstanding results in disciplinary development, scientific research, talent cultivation, and coop eration between science, education, and industry. The College of Science has three departments, namely the Department of Mathematics, the Department of Physics, and the Department of Chemistry. This project inclu des laboratories in the Department of Physics and the Department of Chemistry.
项目概况：该项目位于大湾区大学（筹）松山湖校区1号实验楼6层，大楼总建筑面积为64077.18m，本次化学实验室的设计面积约 892.31\mathbf{m}^{2} ，物理实验室的设计面积约872.5㎡，基于现场实际情况，综合考虑各研究方向所需的实验环境，需对现有实验空间进行装修。配套的装修内容包括：实验室、办公室相关的地面天花隔墙等装饰装修、暖通系统、强电系统、弱电系统、给排水配套系统、气路系统、消防改造等重要任务。
Project Overview: The project is located on the 6th floor of Experiment Building 1, Songshan Lake Ca mpus, a university in the Greater Bay Area. The total construction area of the building is 64077.18 square meters.The design area of the chemistry laboratory is approximately 892.31 square meters, and the design area of thephysics laboratory is approximately872.5square meters.Based onthe actual situation on site and considering the experimental environment required for various research directions, the existing exper imental space needs to be decorated. The supporting decoration includes important tasks such as laborat ory, office related floor, ceiling, and partition decoration, HVAC system, strong electrical system, weak elec trical system, water supply and drainage supporting system, gas system, fire protection renovation, etc.
项目要点：本项目重难点在于实现10个实验室新风排风及房间压差的VAV联动控制，化学实验室每个房间内设置有多个通风橱及万象罩等排风设备；当通风柜排风量增大时，控制系统探测到排风的变化，增大新风量来恒定压差；当通风柜的排风量减少时，控制系统将减少新风量来恒定压差，直到新风减少到设置的最低新风量，若通风柜的排风量继续减少,控制系统将新风量停留在最低送风量。
Project focus:Thekey and difficult point of this project is to achieveVAV linkage control of fresh air e xhaust and room pressure difference in 10 laboratories. Each room in the chemical laboratory is equipped with multiple fume hoods and exhaust equipment such as multi ventilation hoods; When the exhaust volu me of thefumehood increases,thecontrol system detects the change in exhaustvolume and increases th e fresh air volume to maintain a constant pressure difference; When the exhaust volume of the fume hood decreases,the control systemwill reduce thefresh airvolume to maintain a constant pressure difference until thefresh air decreases totheset minimumfresh airvolume.If the exhaust volume of thefume hood continues to decrease,the control system will keep the fresh air volume at the minimum supply air volume.
整个暖通系统包含新风系统+排风系统+变频联动VAV控制系统，采用定静压控制方法，在风机排风主管道上设置管道静压传感器，通过控制器和变频器调节风机转速，维持管道静压，从而达到满足实际需要风量的目的。
当通风橱开启导致室内温湿度波动时，净化空调系统将自动启动温湿度补偿功能，通过智能调节送风参数维持环境恒定，确保实验空间持续处于舒适工况。
The entire HVAC system includes a fresh air system, an exhaust system, and a variable frequency linked VAV c ontrol system.It adopts a fixed static pressure control method, and a pipeline static pressure sensor is installed ont he main exhaust duct of the fan. The fan speed is adjusted by the controller and the frequency converter to mainta in the pipeline static pressure, thus achieving the goal of meeting the actual required air volume. When the fume h ood is turned on, causing fluctuations in indoor temperature and humidity, the purification air conditioning system will automatically activate the temperature and humidity compensation function, maintaining a constant environme nt through intelligent adjustment of air supply parameters to ensure that the experimental space remains in a comf ortableworkingcondition.
Engineering case 13
工程案例13
深圳理工大学细胞与基因技术研究院改造项目
深圳理工大学细胞与基因技术研究院院长康乐院土，是我国生命科学领域的战略科学家与全球生态基因组学研究领军者。作为中国科学院生命科学和医学学部现任副主任，其学术生涯横跨科研与管理双维度一曾执掌北京生命科学研究院，并当选发展中国家科学院、国际欧亚科学院等四大国际权威学术机构院士。这位兼具战略视野与实操经验的科学家，持续推动着中国生命科学创新体系的构建与发展。
深圳理工大学细胞与基因技术研究院成立于2024年10月22日，以细胞基因技术创新、产业应用及企业孵化为核心目标。研究院致力于建设创新及共享研发平台与转化中心，构建产业生态链，推动细胞基因产业快速有序发展，抢占技术研发转化制高点。
Academician Kang Le, Dean of the Institute of Cell and Gene Technology at Shenzhen University of Technology, is a strategic scientist in the field of life sciences in China and a global leader in ecological genomics research.As the current deputy director of the Department of Life Sciences and Medicine of the Chinese Academy of Sciences, his academic career spans both scientific research and management -he once took charge of the Bejing Institute of Life Sciences, and was elected academician of fourinternational authoritative academic institutions, including the Academy of Sciences of Developing Countries and the International Eurasian Academy of Sciences. This scientist with both strategic vision and practical experience continues to promote the construction and development of China's life science innovation system.
The Institute of Cell and Gene Technology at Shenzhen University of Technology was established on October 22, 2024, with the core goals of cell gene technology innovation, industrial application, and enterprise incubation. The research institute is committed to building innovative and shared R&D platforms and transformation centers, constructing an industrial ecosystem, promoting the rapid and orderly development of the cellular gene industry, and seizing the high ground of technology R&D transformation.
项目概况：本工程施工改造区域为校内19栋7至8层；项目主要内容含装饰装修专业、电气专业、给排水专业、弱电智能化专业、暖通空调专业、消防专业等，本项目完成后将给院内提供适宜安全的公共科研实验室及配套用房；改造面积约 3705\mathfrak{m}_{\circ}^{2}
Project Overview: The construction and renovation area of this project covers the 7th to 8th floors of Building 19 on campus; The main contents of the project include decoration and renovation, electrical engineering,watersupply and drainage,weak current intelligence,HVAC,fire protection,etc.Afterthe completion of this project, suitable and safe public research laboratories and supporting buildings willbe provided totheinstitute;Therenovationarea is approximately3705squaremeters.
项目要点：
对现场情况进行摸底，并确认清楚工作范围及阶段，进行工作界面的划分和对接，通风系统利用现场预留管井，配合大楼总体规划，进行管并的选择。高性能排风器配套VAV控制系统，联合万向罩和房间强排风组合成排风系统进行分区联动控制。
给水系统、排水系统：在不改变原有建筑防火分区和疏散楼梯，不改变原有生活给水系统，排水系统及消防主系统，改造范围内水源为原大楼生活给水预留水表接出。
强弱电：电力供应系统、照明系统、动力系统及弱电综合布线系统、公共广播系统、保安监控系统、火灾自动报警及联动控制系统相关的配电设备和线路。
Key points of the project:
Conduct a thorough investigation of the on-site situation, confirm the scope and stages of the work, divide and connect the work interface, utilize the reserved pipe wells on site for the ventilation system, coordinate with the overall planning of the building, select the pipe wells, match the high-performance exhaust fan with the VAV control system, and combine the universal hood and room strong exhaust to form an exhaust systemforzonelinkagecontrol.
Water supply system and drainage system: without changing the original building fire compartments and evacuation stairs, and without changing the original domestic water supply system, drainage system, and fire mainsystem,thescopeofrenovationis asfollows:Thewatersource insidetheenclosure is thereservedwater meter for theoriginal building's domesticwatersupply.
Strong and weak electricity: power supply system, lighting system, power system and weak electricity comprehensive wiring system, public address system, security monitoring system, automatic fire alarm and linkage controlDistribution equipment and circuits related to the manufacturing system.
Engineering case 14
工程案例14
大规模量子计算与量子工程研究实验室工程
西安电子科技大学“大规模量子计算与量子工程实验室”立足打造国际一流的量子技术研发平台和高层次人才培养基地。实验室以先进量子术研发与应用为牵引，专注于推动量子科技、低温物理和人工智能等跨领域融合，探索国家自主可控先进量子技术研究发展、促进项目合作落地、实践政产学研用科技成果转化。
The "Large Scale Quantum Computing and Quantum Engineering Laboratory" of Xi'an University of Electronic Science and Technology aims to build an internationally first-class quantum technology research and developmentplatformandhigh-leveltalenttrainingbase.Thelaboratoryisdrivenbytheresearch and application of advanced quantum technology, focusing on promoting cross disciplinary integration of quantum technology, low-temperature physics, and artificial intelligence. It explores the research and development of nationally independent and controllable advanced quantum technology, promotes project cooperation and implementation, and practices the transformation of scientific and technological achievements in government, industry, academia,research,and application.
项目概况：大规模量子计算与量子工程实验室作为学校首个专注于量子领域的实验室，自成立以来便受到校领导的高度重视及各方的大力支持。实验室的建立不仅标志着学校在量子科技研究领域的重大突破和殷切期待，未来，实验室将致力于推动量子计算与量子工程的前沿研究，为学校乃至国家的科技创新贡献力量。
第一部分：量子精密测量实验室需求：接电、重做水泥自流平、装饰装修、观光墙拆除重装、消防；
第二部分：超导量子计算实验室需求：土建结构、水电、装修、暖通、接地电阻、消防；
Project Overview: The Large scale Quantum Computing and Quantum Engineering Laboratory, as the first laboratory in the school to focus on the quantum field, has received high attention from school leaders and strong support from all parties since its establishment. The establishment of the laboratory not only marks a significant breakthrough and earnest expectation for the school in the field of quantum technology research, but in the future, the laboratory will be committed to promoting cutting-edge research in quantum computing and quantum engineering, and contributing to the scientific and technological innovation of the school and even the country.
Part 1:QuantumPrecision Measurement LaboratoryRequirements:Power on,redo cement self leveling, decoration and renovation, demolition and reinstallation of sightseeing walls, fire protection;
Part 2: Requirements for Superconducting Quantum Computing Laboratory: Civil Structure, Water and Electricity, Decoration, HVAC, Grounding Resistance, Fire Protection;
项目要点：
土建加固：因原结构无法承载超导实验室2.5吨设备，需加固至3-4吨承重，采用国标混凝土防开裂。
结构加固：层高超4米区域增设构造柱及圈梁，转角处采用钢筋混凝土结构增强承重。
地面加固：挖除原地面回填层后，预埋承重柱，整体铺设钢筋水泥砂浆加固，局部预埋钢筋分散荷载。
接地电阻要求：接地电阻地值需小于0.4欧姆。
洁净要求：ISO5级
Key points of the project:
Civil reinforcement: Due to the inability of the original structure to support 2.5 tons of equipment in the superconducting laboratory, it needs to be reinforced to a load-bearing capacity of 3-4 tons using national standardconcretetopreventcracking.
Structural reinforcement: Add structural columns and ring beams in the area with a height of 4 meters, and usereinforced concretestructures at corners to enhanceload-bearing capacity.
Ground reinforcement: After excavating the original ground backfill layer, pre embed load-bearing columns, laysteel bars and cement mortar reinforcement as a whole,and locally embed steelbars to disperse theload.
Grounding resistance requirement: The ground value of the grounding resistance should be less than 0.4 ohms.
Partial Notification Of Award
部分中标通知书
Customer list
部分合作高校 (以下排名不分先后)
高等院校
Customer list
