Technical patents
The company has been authorized with more than 20 invention patents and more than 90 utility model patents (the data is regularly maintained, subject to the number finally displayed by the China National Intellectual Property Administration)
Waste heat power generation project of 8000 t/d clinker cement production line of Hunan Shaofeng Southern Cement Co., Ltd.
10000 t/d clinker cement production line is equipped with 30MW waste heat power generation intelligent factory in Huaxin Cement (Huangshi) Co., Ltd.
Inverted AQC boiler
Cement kiln co-processing domestic waste project of Jinyu Cement Co., Ltd. at She County, Handan City
Cement kiln harmless co-processing 500 t/d comprehensive solid waste demonstration project of Xingtai Jinyu Jidong
Liyang Jinfeng Cement Green Building Materials Recycling Industrial Park Demonstration Project
A Fully Automatic Control Method and System for Cement Waste Heat Power Station
Power generation system and method of combined recovery of glass furnace flue gas and annealing furnace waste heat
Cement kiln collaborative disposal system of domestic waste
A high efficiency waste heat recovery power generation system and method for cement kiln
专利汇总(部分)
serial number |
patent name |
1 |
A cement kiln waste heat recovery intermediate reheat power generation system |
2 |
A reheating steam turbine system suitable for medium and low temperature waste heat |
3 |
A reheating kiln head waste heat boiler |
4 |
A self-starting and stopping system of cement waste heat power generation realized by decentralized control system |
5 |
A cement kiln high-efficiency waste heat recovery power generation system and method |
6 |
A cement kiln waste heat power generation device with a one-button start-stop control system |
7 |
Cement Kiln Waste Heat Utilization System and Method for Steam Turbine Directly Driven Rotating Equipment |
8 |
A fully automatic control method and system for a cement waste heat power station |
9 |
A cement kiln waste heat power generation system using temperature-adjusting air to improve efficiency |
10 |
Waste incineration and cement kiln waste heat recovery coupled power generation system |
11 |
Kiln head boiler of a cement kiln waste heat power generation system |
12 |
A kiln tail bypass valve suitable for cement kiln waste heat power generation system |
13 |
A kind of vibrating device for dust removal of cement kiln SP waste heat boiler |
14 |
Double temperature and double pressure waste heat boiler device |
15 |
Coal-fired power generation and waste heat power generation coupling system for cement kiln self-provided power station |
16 |
A boiler device suitable for submerged arc furnace waste heat power generation system |
17 |
Steel ball separation and collection device suitable for steel ball dust removal type submerged arc furnace waste heat boiler |
18 |
A dust collection device for efficient recovery of electric furnace flue gas waste heat system |
19 |
A flue air device for efficient recovery of electric furnace flue gas waste heat system |
20 |
A high-efficiency recovery system for waste heat of flue gas in steelmaking electric furnace |
21 |
A boiler device for efficiently recovering the waste heat of the flue gas at the tail of the sintering machine |
22 |
System and method for comprehensive recovery and utilization of yellow phosphorus molten slag and yellow phosphorus tail gas waste heat |
23 |
System and method for combined recovery of waste heat from glass melting furnace flue gas and annealing kiln waste gas |
24 |
An improved sintering waste heat combined recovery power generation system |
25 |
A device for improving waste heat power generation system of sintering machine |
26 |
A sinter cooler flue gas waste heat boiler arranged on the machine |
27 |
Ferroalloy Submerged Arc Furnace Flue Gas and Casting Process Waste Heat Comprehensive Utilization Power Generation System |
28 |
Boiler device for comprehensive recovery and utilization of surplus gas and saturated steam in steel mills |
29 |
Cement kiln co-processing system of domestic waste |
30 |
|
31 |
A co-processing domestic waste system based on grate cooler preheating |
32 |
A long-distance high-temperature flue gas transmission pipeline for cement kiln co-processing system |
33 |
A cement kiln co-processing sludge system with pretreatment device |
34 |
A comprehensive disposal system for domestic garbage, sludge and industrial solid waste |
35 |
A green building material recycling industrial park system |
36 |
A cement kiln co-processing garbage and power generation system |
37 |
An incineration grate furnace suitable for co-processing domestic waste in cement kilns |
38 |
A sludge disposal device based on a cement kiln co-processing waste system |
39 |
A kiln tail bypass air release treatment system suitable for cement kilns |
40 |
A landfill leachate disposal system suitable for cement kilns |
41 |
An air-cooled bypass ventilation system for cement kiln co-processing system |
42 |
A three-in-one system of cement kiln, domestic waste treatment and sludge treatment |
43 |
Water-cooled feeding device for waste incinerator |
44 |
Pneumatic ash discharge device for waste incinerator |
45 |
Pushing device for waste incinerator |
46 |
A cement kiln collaborative vein industrial park system |
47 |
A multi-source solid waste cement kiln co-processing system |
48 |
A hazardous waste incineration system suitable for cement kilns |
49 |
A warehouse system suitable for co-processing hazardous waste in cement kilns |
50 |
A pretreatment system suitable for co-processing hazardous waste in cement kilns |
51 |
A waste pyrolysis pretreatment device |
52 |
A system for co-processing hazardous waste in cement kilns |
53 |
A waste-to-energy co-processing system for food waste |
54 |
A cement kiln co-processing domestic waste system using steam to preheat air |
55 |
A waste heat recovery system for centrifugal granulation of blast furnace slag |
56 |
A waste heat recovery system for blast furnace slag steel ball granulation |
57 |
A sinter vertical cooling waste heat recovery and utilization system |
58 |
A boiler device for a waste heat power generation system suitable for blast furnace slag recovery of sensible heat |
59 |
System and method for comprehensive treatment of blast furnace slag and recovery of sensible heat for power generation |
60 |
Molten slag quenching granulation and waste heat recovery power generation system and its method |
61 |
A natural gas differential pressure power generation combined with organic Rankine cycle power generation recovery cooling system |
62 |
New trough solar heat absorbing tube |
63 |
A New Circulating Fluidized Bed Coal Water Slurry Boiler |
64 |
A denitrification system suitable for medium and low temperature flue gas at the tail end of cement kiln |
65 |
A system suitable for carbon dioxide purification and capture in cement kilns |