新型节能的介质热管锅炉成套供热系统

新型节能的介质热管锅炉成套供热系统沈阳汽车建安公司毕慧杰１前言我国北方地区冬季采暖大多用热水锅炉采暖系统供热。这种供热方式设备复杂，投资大；运行管理难度大，费用高，耗能大，综合热效率低。目前在黑龙江省、吉林省等地区的小型采暖系统上陆续推广和应用的介质...     

锅炉供热系统节能管理实践

本文叙述了锅炉及供热系统变高耗能为节能的管理工作实践，可供热用户及锅炉专业人员参考。     

企业供热系统节能途径的探讨

本文叙述了企业供热系统节能应将三个环节即锅炉、管网、用户做为一个整体来抓,并分别叙述锅炉、管网、用户的节能措施。     

燃气供热锅炉房节能系统

介绍气侯补偿器、烟气冷凝热回收装置、分时控制等燃气供热节能新技术.列举了两个应用燃气供热锅炉房节能系统的典型工程,对其投入节能系统前后进行了对比试验,并做了节能效益和经济效益分析.     

供热系统节能探讨

随着市场经济的发展,供暖行业正在由"福利型"向自主经营、自负盈亏"经营服务型"转变.因此,有必要研究供热系统节能降耗的措施,以降低供热成本,获取利润,谋求供热行业的发展.     

供热锅炉节能技术的应用

本文以哈密基地１＃锅炉房工程为例，对供热锅炉自动控制系统中如何采用变频调速器进一步实现节能降耗作了分析和探讨。     

封闭相变锅炉节能特性及后续开发

文章论述了封闭相变锅炉的节能原理，并介绍了封闭相变锅炉在生活供热方面的研究方向。     

节能的冷凝式供热锅炉

冷凝式锅炉由于利用烟气水中蒸汽的潜热,可将热效率提高到１００％以上（仍按燃料低发热量计）。且排烟中有害物浓度大大降低,可减轻对大气的污染,有利于环保。５０ｋＷ以下的锅炉的凝水可不用各和处理直接排放。因锅炉增设冷凝部分及烟道、烟囱需防腐而啬的费用可在２￣４年内回收,这种锅炉燃用液体、气体燃料和应用于低温热水供热系统时节能效益尤为明显,应大力推广使用。     

安钢的节能与供热

对安钢高炉煤气放散、锅炉供热以及热负荷分配现状进行了全面分析,并介绍了3＃、4＃锅炉纯煤气的改造经验和7．5t/h锅炉实现热电联产的情况,最后提出了今后节能和供热工作的努力方向。     

国内分离式热管概况与热环研究的小结及展望

本文对我国分离式热管技术的研究进行了简要概况,针对工程中热源在上,冷源在下及冷热源相距较远时的热量传递问题,在分析了一般分离式热管及“水回路”等技术的基础上,对一种新型分离式热管－泵或风机驱动的动力型分离式热管（简称热环）的研究进行了小结和展望。     

余热回收用热管及热管式换热器的研究

简要介绍了热管及热管式换热器的工作原理,热管式换热器在工业余热回收中的应用,以及热管式换热器运行过程中防止积灰和低温腐蚀等问题的有效措施。     

热管式导热油加热炉的研制

介绍了一种新型热管式导热油加热炉的工作原理,性能及结构特点,该加热炉采用高温热管为主,配以部分中,低温热管作为传热元件,具有独特的优点和显著的节能效果,有着重要的推广价值和广阔的应用前景。     

新型热管技术在烧结机环冷余热回收上的应用

本文介绍了新型热管换热器的原理及特点，在环冷烧结机上成功的应用，开辟了一条新的节能途径。     

高炉热风炉预热器应用设计中的技术进步

叙述了高炉热风炉预热器的发展情况，介绍了预热器在材料，换热器形式和换热工质等方面的技术进步。     

Investigation into the performance of a micro gravitational heat pipe and a micro gravitational heat pipe with artery

The performance of a normal micro gravitational heat pipe was investigated using the analytical and numerical models previously developed. An innovative structure of the heat pipe, i.e. the micro gravitational heat pipe with artery, was then proposed in an attempt to overcome some of the drawbacks of the normal pipe. The thermal behaviour of the new type of heat pipe was simulated, and this was compared with that of a normal micro heat pipe. A performance estimation of both pipes was carried out based on the simulation results. Copyright © 2002 John Wiley & Sons, Ltd.     

高效燃油/气管架式有机热载体锅炉研制

分析国内燃油/气有机热载体锅炉的主流结构及特点,进而论述了高效燃油/气管架式有机热载体锅炉的研制,并介绍其特点。     

新型热管技术开发及应用

介绍了制冷热管(RHP)、热管发电引擎(TSR)等新型热管技术的原理和近年来的研究发展情况。新型热管技术,特别是热管和透平相结合的TSR技术,提出了一种能源利用和回收的新思路,具有广泛而特殊的工程应用背景。对TSR技术的改进和深入研究将有助于提高该技术能源的转化效率。     

复合型热管长度比的优化计算

具有两种冷却流体的重力热管组成的换热器,在工程实际中有一定的应用特色。本文介绍确定这类热管加热段与冷却段长度比的方法,并给出了计算实例。     

Opportunities,challenges, and state of the art of flexible heat-pipe heat exchangers: A comprehensive review

Heat pipes (HPs) play a pivotal role in efficiently managing the thermal challenges posed by high heat flux devices. To facilitate their operation at extremely low temperatures, specialized working fluids with low-boiling points are a necessity. HPs serve as efficient heat exchanger (HEX) in diverse applications, such as heat pumps and heat-transfer components. In the realm of space applications, HP is indispensable for cooling electronic components within two-phase thermal control systems. Notably, the recent significant reduction in HP production costs has paved the way for synergizing HP with HEX, promising substantial energy savings. This comprehensive review centers its focus on the advancements in HEX-based flexible HP systems. It critically evaluates various performance models and investigates key findings from a multitude of literature papers that pertain to HEX applications. The review encompasses a wide spectrum of innovations, including conventional, pulsating, and thermosyphons (gravity-assisted) in HEX. It further explores studies on recuperative and regenerative HEX configurations. The surveyed literature underscores the critical role played by the choice of operating fluid and heat load in significantly influencing HP performance. This study offers a comprehensive understanding of key outcomes, strengths, limitations, and specific applications of HP and HEX. The review also highlights the significance of operating fluid selection and considerations related to heat load while outlining exciting opportunities for future research in this domain. Moreover, it introduces several novel concepts for future studies in pertinent domains, offering promising directions for further exploration within this field.