1. 生产总部：佛山市丰川节能科技有限公司
地址：佛山市顺德区均安镇华安路 60 号 (528329)
电话：0757-25519355
传真：0757-89914282
邮箱 : oyja_fourtreen@foxmail.com
联系人：欧阳先生
广州办事处：广州市天河区珠江新城金穗路 1 号
邦华环球广场 16 楼 1606 室 (510623)
电话 : 020-29002588
传真 : 020-29002500
联系人：吴先生
Fourtreen Green Technology
丰川绿色科技
We bring green to life.
科学成长 绿色生活
热能节能解决方案及产品手册
ENERGY SAVING SOLUTION AND PRODUCT MANUAL
Address
NO.60, Huaan road, Junan town, Shunde district,
Foshan city,GD province,China
Post Code : 528329
Tel : +86-(0)757-25519355
Fax : +86-(0)757-89914282
Email : oyja_fourtreen@foxmail.com
Guangzhou office
Room 1606,Banghua Global Plaza,No.1, Jinsui road，
Tianhe district ,Guangzhou City,GD province,China
Post Code : 510623
Tel :+86-(0)20-29002588
Fax :+86-(0)20-29002500

2. 佛山市丰川节能科技有限公司（Fourtreen Green Technology）是一家多年来一直致力于热能节能技术研究、开发的高新科技企业。公司自
2011 年创立以来，先后推出了高效热能回收稳压技术（HPR）、废热蒸汽纯化增压技术（WSR）、喷雾传质冷凝技术（SMC）以及膜管换热技术（HEF）
等一系列拥有自主知识产权的新型热能节能技术，并通过成功的应用案例获得了客户的广泛认同。
目前，丰川热能节能解决方案的应用客户已遍布制药、食品 / 副食品加工、酿酒、电子产品制造等诸多行业。在这些行业中，相当多的龙头企业
选用了丰川的热能节能解决方案并获得了良好的应用效果。这些热能节能解决方案，涵盖了用热工艺的节能、燃料成本的降低和诸如锅炉这样的
产能设备的效率提升。
展望即将跨入的快速发展阶段，丰川势必一如既往的专注于为客户提供专业、全面、高效的热能节能解决方案。从专业评估、专业设计、核心技术、
特别定制、工程施工、远程诊断、保障服务等多角度为客户提供包括交钥匙工程在内的全方位热能节能服务。
Foshan Fourtreen Green Technology Company Limited is a hi-tech company
committed to thermal energy saving technology research and development. Since
established in 2011, the company has successfully developed series of thermal
energy saving technologies with independent intellectual property rights, including
HPR, WSR, SMC and HEF technologies, which are well recognized and appreciated by
customers.
The company has been providing thermal energy saving solutions for a wide
range of customers in pharmaceutical, food processing, brewing and electronic
product manufacturing industries. Our customers, most of them are leaders in their
respective industries, have been enjoying satisfactory energy saving benefits created
by the company’s thermal energy technologies due to improved energy utilization
efficiency, fuel saving as well as increased efficiency of energy producing equipment
like boilers.
While fully geared up for the next stage of faster growth, the company will continue
its focus on providing professional, comprehensive and efficient thermal energy
saving solutions for the customers, with corresponding full set of quality services
including turn-key projects incorporating professional assessment, project design
with core technologies, tailor-made equipment, on-site construction, remote
diagnosis as well as maintenance services.
About us
关于我们
Fourtreen Green Technology
丰川绿色科技
We bring green to life.
科学成长 • 绿色生活
01 02
Fourtreen Green
Technology
Fourtreen Green
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3. Fourtreen Green TechnologyFourtreen Green Technology
丰川绿色科技丰川绿色科技
We bring green to life.We bring green to life.
科学成长 • 绿色生活科学成长 • 绿色生活
高效热能回收稳压技术 HPR 废热蒸汽纯化增压技术 WSR
通过生蒸汽做功推动设备运转将二次蒸汽进行压缩升温，达到热量循环利用的节能目的。
废热蒸汽里往往含有空气、液滴等杂质，难以直接回收利用。通过废热
蒸汽纯化增压技术（WSR）可去除废热蒸汽当中的冷凝液和不可凝气体
等杂质，产生洁净蒸汽后，再压缩、升温回收利用。
Thermal energy saving from heat recycling is realized by compressing and heating waste steam
by fresh steam powered equipment.
Waste steam usually contains impurities like air, materials’ components,
liquid drop, etc. which makes it difficult for direct recycling. WSR technology
can eliminate all the impurities leaving only pure steam for recycling back to
the working system.
Highly efficient:
energy saving over 30% and up to 60%.
Stable & reliable:
automatic regulating and adaptable to different working situation.
Intelligent control:
automatic tracking of output steam pressure and timely feedback compensation to maintain
stable output pressure.
Purify the waste steam
Eliminate the impurities in waste steam through the unique metallic film
hot – splitting method to generate pure steam.
Raise the recycle steam grade
Upgrade the pure steam through proprietary vapor compressor
technology so that the upgraded pure steam can be used in working
process.
High recycle efficiency
Recycle 90% above thermal energy in waste steam.
1、高效节能
适用该技术的工艺，节能量通常可达 30% ～ 60%。
2、稳定可靠
自动无级调节，自动适应不同工况。
3、智能控制
自动跟踪输出蒸汽压力，及时反馈补偿，维持系统输出压力的稳定。
1、废热蒸汽纯化
通过金属薄膜热分离的方法去除废热蒸汽中的杂质，形成纯净蒸汽。
2、提升回收蒸汽品位
纯化蒸汽再经过蒸汽压缩机压缩成可以直接使用的蒸汽。
3、高利用率
实践证明 WSR 可回收含杂质废汽当中 90% 以上的蒸汽成分。
HPR 的优点：
WSR 的优点：
HPR 原理：
WSR 原理：
HPR working principle
WSR working principle
HPR'S advantages
WSR'S advantages
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4. Fourtreen Green TechnologyFourtreen Green Technology
丰川绿色科技丰川绿色科技
We bring green to life.We bring green to life.
科学成长 • 绿色生活科学成长 • 绿色生活
喷雾传质冷凝技术 SMC 新型换热器 HEX
膜管式换热器从结构上打破了传统换热器的局限，有效解决了废气热回
收过程粉尘、油污堵塞影响换热效果问题 , 适用于锅炉省煤器、锅炉空
气预热器以及含杂质的废气热回收等各种应用。
喷雾传质冷凝器（SMC）集传热、传质效果于一体，水与空气的传热、
传质过程同时进行，相互促进，实现高效的热传递，冷凝速度迅速，
可形成很高的真空。
HEF’s structure design has broken the limitations of traditional heat
exchanger and effectively solved the efficiency problem caused by dust,
oil contamination, etc. during the heat recycling. HEF is suitable for many
applications including boiler fuel economizer, air preheater and other heat
exchange application for exhaust heat air/steam.
SMC combines heat and mass transfer together to simultaneously handle
the heat and mass transfer of air and water, which can achieve highly
efficient heat transfer, fast condensation, forming high vacuum.
Efficient heat and mass transfer
Atomized water can take away the heat from secondary steam quickly.
Low consumption of water
Water is atomized during the mass transfer, this will cut off 70% consumption of water.
Compact structure, smaller floor space, lower investment
SMC can completely replace traditional evaporation & condensation system, do not need other
supporting equipment like heat exchanger, cooling tower and circulating water pump.
Energy saving
SMC can form high vacuum, saving 30% power energy compared to traditional condensing
system.
Multi-channel structure
This structure is very efficient by increasing the turbulence intensity when the exhaust air flowing through the
exchanger surface. It can reduce the contamination deposit and improve the heat transfer factor.
Ladder structure of heat exchange tubes
Ladder structure will make the structure of exchanger more compact, with smaller installation space needed.
Exhaust gas flow against the heated fluid
This flow direction design will effectively increase the heat exchange efficiency.
Online clean
The built-in cleaning device can keep good heat transfer performance. The steam, compressed air, effluent of boiler all can be used as cleaning media.
1、高效传热、传质
将水雾化成小液滴后迅速汽化将二次蒸汽的热量带走。
2、水耗小
冷凝过程水传质汽化，比传统的循环水冷凝方式耗水量少 70%。
3、结构紧凑、占地小、投资小
可完全代替蒸发冷凝系统，不需要冷凝换热器、凉水塔、冷却水池及循环水泵。
4、高效节能
SMC 可实现很高的真空度，较传统冷凝系统节电 30% 以上。
1、多通道结构
换热面采用多通道结构，提升了烟气流经换热面的湍流强度，避免烟气中粉尘在受热面的沉积，并大
大提高烟气侧的对流换热系数。
2、换热管梯形结构
换热管之间采用梯形结构，换热器整体结构紧凑，节省安装空间。
3、废气同被加热流体逆流
在热回收过程，废烟气同被加热流体相对逆向，平均传热温差大，换热效率高。
4、在线清灰
换热器内部设置有在线清灰装置，能够保持受热面良好的传热效果，蒸汽、压缩空气、锅炉排污水等
均可作为清灰介质。
SMC 的优点：
膜管换热器优点：
SMC 原理：
膜管式换热器 HEF:
SMC working principle
SMC'S advantages
HEF'S advantages
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5. Fourtreen Green TechnologyFourtreen Green Technology
丰川绿色科技丰川绿色科技
We bring green to life.We bring green to life.
科学成长 • 绿色生活科学成长 • 绿色生活
生物质高效燃烧技术 BBT新型换热器 HEX
随着技术的不断进步，生物质燃烧机在燃烧方式和效率方面目前都有了质的突
破： 生物质燃料以切线方向进入燃烧机内，并维持旋转的状态燃烧，产生高温
火焰和烟气。
生物质燃烧机
应用于生物质锅炉
BBT used in boiler BBT used in asphalt concrete production
Biomass burning machine
应用于沥青混凝土制作
由热管组成的热管换热器具有传热效率高、机构紧凑、流体阻力小等优点，目前已广泛应用于冶金、化工、食品、制药、锅炉、陶瓷、
印染等行业，作为余热、废热回收和工艺过程中热能利用的常规节能设备，取得了显着的经济效益。
螺旋板换热器本身螺旋、逆向的换热原理及设计特点，使其具备了传热系数高、不易结垢和堵塞、能利用温度较低的热源、机构
紧凑等优点，特别适合处理悬浮液及粘度较大的介质。
With the technology improvement, biomass burning technology (BBT) has achieved
a qualitative leap in burning method and efficiency: the biomass fuel enter into
the burner with a tangent direction, and maintain rotating state during burning,
producing very high temperature flame and smoke.
Composed of thermotube, HET has the advantages of high heat transfer efficiency, compact structure and small fluid resistance. HET has
been widely used in metallurgy, chemical industry, food industry, pharmaceutical industry, ceramics industry, printing and dyeing industry,
boiler system, etc, with proved energy saving benefits.
The design of HES makes it have unique advantages including high heat exchange factor, not easy to form scale and deposit, compact
structure, and is able to utilize the heat source with low temperature. It’s particularly suitable for handling suspension liquid and high
viscosity medium.
生物质燃烧机的各种应用：
沥青混凝土制作燃料成本对比表
热管换热器 HET
螺旋板换热器 HES
生物质高效燃烧技术 BBT
BBT Various applications
Comparison of fuel cost of asphalt concrete production
项目 柴油 重油 颗粒生物质燃料 粉体生物质燃料
燃料单价（元 / 千克） 8 5.2 1.2 0.7
每吨成品料燃料消耗 ( 千克 ) 6 7 18.9 21
每吨成品料燃料成本 ( 元 ) 48 36.4 22.68 14.7
4 车道每公里成品料燃料成（元） 31200 23660 14742 9555
6 车道每公里成品料燃料成（元） 45600 34580 21546 13965
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6. Fourtreen Green TechnologyFourtreen Green Technology
丰川绿色科技丰川绿色科技
We bring green to life.We bring green to life.
科学成长 • 绿色生活科学成长 • 绿色生活
Fourtreen Green Technology
丰川绿色科技
We bring green to life.
科学成长 • 绿色生活
案例展示 Showcase
啤酒行业 --- 青岛啤酒某分厂
HPR 技术直接回收煮沸系统的二次蒸汽；HET 换热器系统回收其
他余热返回锅炉及热水中心。
为其德国进口的 Stromboli 煮沸系统实现 25% 的热能节能效果。
HPR to recycle wort boiler secondary steam waste heat; and HET to
handle other waste heat exchange.
25% thermal energy saving from the Stromboli system (from Krones).
节能措施： 节能效果：
Energy saving measures Energy saving results
Brewing Industry--Beer
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7. Fourtreen Green TechnologyFourtreen Green Technology
丰川绿色科技丰川绿色科技
We bring green to life.We bring green to life.
科学成长 • 绿色生活科学成长 • 绿色生活
案例展示 Showcase
白酒行业 --- 九江酒厂
WSR 技术纯化回收煮饭机系统排放的废热蒸汽。 为煮饭机实现 20% 以上的热能节能效果。
WSR to recycle the waste steam exhausted from rice cooking machine. 20% thermal energy saving from the rice cooking machine.
节能措施： 节能效果：
Energy saving measures Energy saving results
Brewing Industry--white spirit
案例展示 Showcase
WSR 技术纯化回收蒸箱系统排放的废热蒸汽。 为蒸箱系统实现 40% 的热能节能效果。
WSR to recycle the waste steam exhausted from steam-box. 40% thermal energy saving from steam-box.
节能措施： 节能效果：
Energy saving measures Energy saving results
制面行业 --- 某制面企业
Food processing industry--Noodle
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8. Fourtreen Green TechnologyFourtreen Green Technology
丰川绿色科技丰川绿色科技
We bring green to life.We bring green to life.
科学成长 • 绿色生活科学成长 • 绿色生活
案例展示 Showcase
生物质废料（湿药渣）经处理后混合其他燃料供热，减少企业用热
成本和 CO2 排放。
年处理湿药渣可达 2 万吨，为企业节约燃料成本超过 200 万元。
Waste wet biomass will be treated to be suitable for burning with other
fuel to reduce fuel cost and CO2 emission.
Handle waste biomass of 20 thousand tons each year, with fuel cost
saving over 2 million RMB.
降耗减排措施： 降耗减排效果：
Reducing consumption and emission measures Reducing consumption and emission results
制药行业 -- 生物质废弃物同煤混合燃烧降低燃料成本
Pharmaceutical Industry-Waste biomass handling
案例展示 Showcase
HPR 技术回收蒸发（浓缩）系统的二次蒸汽；SMC 技术处理尾气
的冷凝。
为企业实现 60% 的热能节能效果。项目获得佛山市科技进步奖及
香港生产促进奖。
HPR used to recycle secondary steam waste heat; SMC used to deal
with the condensation of exhaust gas.
energy saving by 60%, and the project won the FSTP award and
Hongkong Production Promotion award.
制药行业 -- 德众药业
节能措施： 节能效果：
第三方验证：
Energy saving measures energy saving results
Third party verification
Pharmaceutical Industry
采用 HPR 技术后，各种规格的蒸发（浓缩）器蒸汽消耗情况一览表：
With HPR technology application, the steam consumption of evaporator:
型号规格 500L 1000L 1500L 2000L 3000L 5000L
额定蒸发量 (kg/h) 500 1000 1500 2000 3000 5000
RD 系列产品蒸汽耗量 (kg/h) 275 550 825 1100 1650 2750
RS 系列产品蒸汽耗量 (kg/h) 165 330 495 660 990 1650
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