A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Method and system for static microwave sintering of ceramsite
The invention relates to a method for static microwave sintering of ceramsite. The method comprises the following steps: feeding wet ceramsite pellets into a dryer, and drying; feeding the dried ceramsite into a static microwave oven, and sintering; feeding the sintered ceramsite into a grate cooler, and cooling; and conveying the cooled ceramsite into a storage yard for storage, wherein the grate type cooler takes a blower device as a cold source, high-temperature gas discharged by the grate type cooler and the static microwave oven as a heat source of the dryer, part discharged by the dryer is fed into the bag type dust collector, the gas is purified and then discharged into the atmosphere, and the collected dust is recycled after being balled. The ceramsite is sintered in a static state, so that the breakage rate caused by high-temperature rolling of ceramsite pellets is greatly reduced; and heating is conducted from inside to outside, internal holes are multiple and light in weight, external holes are small and compact, it is guaranteed that the ceramsite is light in weight, high in strength and small in water absorption, and the thermodynamic process quite conforms to the characteristics of ceramsite sintering.
本发明涉及一种静态微波烧结陶粒的方法，步骤包括：将陶粒湿料球送入烘干机进行烘干；将烘干后的陶粒送入静态微波炉进行烧结；将烧结后的陶粒送入篦式冷却机进行冷却；将冷却后的陶粒送入堆场储存；其中，篦式冷却机以鼓风装置为冷源，篦式冷却机以及静态微波炉所排出的高温气体作为烘干机的热源，烘干机所排出的部分送入袋式除尘器，气体净化后排入大气，而收尘灰成球后循环使用。本发明陶粒烧结是静态的，极大地减少了陶粒料球高温翻滚导致的破损率；加热自内至外，内部孔多质轻，外部孔小致密，保证了陶粒重量轻、强度高、吸水率小，热力学过程非常符合陶粒烧结的特点。
Method and system for static microwave sintering of ceramsite
The invention relates to a method for static microwave sintering of ceramsite. The method comprises the following steps: feeding wet ceramsite pellets into a dryer, and drying; feeding the dried ceramsite into a static microwave oven, and sintering; feeding the sintered ceramsite into a grate cooler, and cooling; and conveying the cooled ceramsite into a storage yard for storage, wherein the grate type cooler takes a blower device as a cold source, high-temperature gas discharged by the grate type cooler and the static microwave oven as a heat source of the dryer, part discharged by the dryer is fed into the bag type dust collector, the gas is purified and then discharged into the atmosphere, and the collected dust is recycled after being balled. The ceramsite is sintered in a static state, so that the breakage rate caused by high-temperature rolling of ceramsite pellets is greatly reduced; and heating is conducted from inside to outside, internal holes are multiple and light in weight, external holes are small and compact, it is guaranteed that the ceramsite is light in weight, high in strength and small in water absorption, and the thermodynamic process quite conforms to the characteristics of ceramsite sintering.
本发明涉及一种静态微波烧结陶粒的方法，步骤包括：将陶粒湿料球送入烘干机进行烘干；将烘干后的陶粒送入静态微波炉进行烧结；将烧结后的陶粒送入篦式冷却机进行冷却；将冷却后的陶粒送入堆场储存；其中，篦式冷却机以鼓风装置为冷源，篦式冷却机以及静态微波炉所排出的高温气体作为烘干机的热源，烘干机所排出的部分送入袋式除尘器，气体净化后排入大气，而收尘灰成球后循环使用。本发明陶粒烧结是静态的，极大地减少了陶粒料球高温翻滚导致的破损率；加热自内至外，内部孔多质轻，外部孔小致密，保证了陶粒重量轻、强度高、吸水率小，热力学过程非常符合陶粒烧结的特点。
Method and system for static microwave sintering of ceramsite
一种静态微波烧结陶粒的方法及其系统
LI HONGZHOU (author) / HUANG XINJIANG (author) / LU JUN (author) / LAI RUIFENG (author)
2021-11-19
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
/
F27D
Einzelheiten oder Zubehör für Industrieöfen, Schachtöfen, Brennöfen oder Retorten, soweit sie nicht auf eine Ofenart eingeschränkt sind
,
DETAILS OR ACCESSORIES OF FURNACES, KILNS, OVENS, OR RETORTS, IN SO FAR AS THEY ARE OF KINDS OCCURRING IN MORE THAN ONE KIND OF FURNACE
| European Patent Office | 2024
Shield muck sintered ceramsite modifier and method for sintering ceramsite by shield muck
| European Patent Office | 2022
| European Patent Office | 2021
PREPARATION METHOD FOR SINTERING BUILDING CERAMSITE FROM ELECTROPLATING SLUDGE
| European Patent Office | 2021
| European Patent Office | 2020