Model	WS-35
Image
Burning Rate	Ordinary 35 kgs/hour
Feed Ability	Average 80 kgs
Main Burning Chamber	460 Litres
Secondary Burning Chamber	200 Liters
3rd Burning Chamber	200 Litres
Smoke Filter Chamber	Damp Scrubber System
Feed Setting	Handbook
Voltage	220V
Power	2Kw
Fuel Type	All-natural Gas/LPG
Burner	Italy Original
Oil Intake (Diesel Oil)	***
Gas Consumption (Gas)	Average 24 m3n/hour
Inner Dimensions	110 x 70 x 60cm (main chamber)
Outside Measurements	160 x 100 x 180cm (without wet scrubber)
Temperature Display	Yes
Oil Container Ability( if oil gas)	***
Door Opening	50 x 50cm
Smokeshaft Length	5.0 Meters
Smokeshaft Kind	Stainless-steel
Tools Gross Weight	5000 kgs
Operation Technical Specs
Primary Chamber Temperature Level		800 ℃–– -1000 ℃
Secondary Chamber Temperature		1000 ℃ -1200 ℃
Residency Time		2.0 Sec.
Burning Performance		＞ 98%
Waste Lower Calorific Power		3000Kcal

Items/Model	CA100
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Concept	Medical Waste Incineration Treatment
Burn Price	Average 100 kg/hour
Feed Capability	Standard 200kg/feeding
Control Mode	PLC( Programmable Logic Controller Burner)
Burning Chamber	1200L
Internal Measurements	120x100x100cm
Secondary Chamber	600L
Smoke Filter Chamber	Yes
Feed Mode	Handbook
Voltage	220V
Power	1.3 Kw
Oil Consumption (kg/hour)	Ordinary 20.4 Kgs/Hour
Gas Usage (m3/hour)	***
Temperature Display	Digital Show
Temperature Level Defense	Yes
Oil Container	200L
Feed Door	80x60cm
Smokeshaft	5Meter
Smokeshaft Kind	Stainless Steel
1st. Chamber Temperature	800 ℃–– -1000 ℃
second. Chamber Temperature Level	1000 ℃ -1200 ℃
Residency Time	2.0 Sec.
Gross Weight	6000kg
External Dimensions	260x150x180cm

Model	YD-20
Photo
Burning Rate	Typical 20 kgs/hour
Feed Capability	Ordinary 60 kgs/feeding
Main Burning Chamber	360 Litres
Secondary Burning Chamber	200 Liters
Mix Combustion Chamber	Yes
Smoke Filter Chamber	Yes
Feed Setting	Guidebook
Voltage	220V
Power	1.0 Kw
Gas Type	Diesel Oil/ Natural Gas/LPG
Burner	Italy Original
Oil Intake (Diesel Oil)	Standard 13.3 kg/hour
Gas Usage (Gas)	***
Inner Dimensions	100 x 60 x 60cm (key chamber)
Outside Dimensions	145 x 90 x 260cm (without smokeshaft)
Temperature Level Screen	Yes
Oil Storage Tank Capability( if oil gas)	200 Litres
Door Opening	48 x 60cm
Chimney Length	5.0 Meters
Smokeshaft Kind	Stainless-steel
Equipment Gross Weight	2300 kgs
Operation Technical Specs
Primary Chamber Temperature	800 ℃–– -1000 ℃
Second Chamber Temperature Level	1000 ℃ -1200 ℃
Residency Time	2.0 Sec.
Burning Efficiency	＞ 98%
Waste Lower Calorific Power	3000Kcal

Wearing a face mask to keep out the coronavirus has become an essential part of everyday life for many people 

around the world, but the huge amount of waste being created as the single-use items are tossed aside has the 

potential to become an ecological disaster.

How to deal with discarded face masks, which number in their millions or even billions, is another headache for 

Chinese authorities already caught between containing the viral disease and limiting the economic damage caused by it.

The country’s inadequate medical waste treatment capabilities have also been put under the spotlight, environmental experts said.

Environment and health authorities say masks and other protective gear, especially items used by medical personnel and 

people infected with the coronavirus, should be treated as clinical waste, and sterilised before being incinerated at high 

temperatures at dedicated facilities.

While it is difficult to get an exact figure on the number of discarded masks, it is reported that the volume of medical 

waste in Wuhan, the city in which the epidemic began in December, had quadrupled to more than 200 tonnes a day last 

week, according to mainland Chinese media reports.

The total amount of medical waste gathered across Hubei province on February 24 totalled 365 tonnes, of which 60 per 

cent came from hospitals, the report said.

By comparison, Wuhan produced 17,000 tonnes of medical waste in the whole of 2018, according to the country’s top 

environment watchdog.

Eric Liu, a toxic waste specialist at Greenpeace’s Beijing office, said China had a huge shortage of waste disposal facilities, 

specifically those capable of handling clinical waste.

“The waste treatment capacity in China, especially in terms of medical and hazardous waste, is barely enough to cope 

with everyday needs, let alone the country’s biggest public health crisis in decades,” he said.

While the environment ministry said most medical waste was being properly dealt with in major cities, just 31 per cent 

of the country’s 629,000 tonnes of medical waste were treated in 2015, up from 24 per cent in 2008, Xinhua reported 

last year, citing an industry study.

Du Huanzheng, director of the Recycling Economy Institute at Tongji University in Shanghai, also expressed concerns 

over the widening supply-demand gap in medical waste treatment, but said a large number of new facilities were being built or planned.

“The disposal of medical waste is a major part of the battle against the outbreak, which is a wake-up call for the government 

to speed up the construction of new facilities and research into waste treatment technologies,” he said.

The coronavirus outbreak could be the catalyst for expanding the medical waste sector and lead to the building 

of more incineration facilities, the experts said.

They said combustion remained the preferred means for disposing of medical waste in China, although industrialised 

countries were phasing out incinerators due to health and environmental concerns.

Masks could be split into three categories, Liu said. While clinical waste must be disposed of at dedicated incineration

 facilities, masks used by healthy people could be tackled in a similar way as household waste, which was burnt in industrial furnaces, he said.

The real challenge came from those used by people who were placed under home quarantine or others with mild symptoms, he said.

“There is a grey area over this kind of used mask, which are not under the jurisdiction of medical institutions but should 

be treated in accordance with standards for medical waste.”

In Wuhan, authorities are scrambling to find solutions to the challenge. The environment ministry said the city’s five incinerators 

for household waste disposal and various industrial furnaces at cement and other factories had also been assigned to help clear 

the garbage backlog, which stood at about 190 tonnes as of February 24.

According to a report by China Economic Daily, Wuhan is rushing to build more medical waste treatment plants near hospitals, 

including ones near Huoshenshan, Leishenshan and Jinyintan hospitals that will treat nine, 15 and four tonnes of clinical garbage respectively on a daily basis.

A total of 17 temporary storage facilities for medical waste, with a combined capacity of more than 1,000 tonnes, have also been built.

While authorities had to transfer some of the garbage produced in Wuhan to neighbouring cities for incineration, they have also 

tried to enlist help from waste treatment companies around the country.

China Shipping Group and a company in Anhui deployed a number of mobile medical waste incineration cabins to Wuhan last month, Xinhua reported.

The incinerators, each of which is capable of processing five tonnes of waste a day, were first used in 2003 during the Sars outbreak.

Items/Model	TS300( PLC)
Concept	Waste Incineration Therapy
Burn Price	Average 250 kg/hour
Control Setting	PLC( Programmable Reasoning Controller Burner)
Burning Chamber	2000L
Interior Dimensions	170x120x100cm
Secondary Chamber	1000L
Smoke Filter Chamber	Yes
Feed Mode	Manual
Voltage	220V
Power	2.5 Kw
Oil Intake (kg/hour)	Average 28( DO)
Gas Consumption (m3/hour)	***
Temperature Monitor	Digital Present
Temperature Defense	Yes
Oil Tank	1000L
Feed Door	80x60cm
Chimney	10Meter
Smokeshaft Type	Stainless Steel
1st.	Gross Weight
11000kg	External Dimensions
400x210x300cm( without chimney)
2020-03-22	400x210x300cm(without chimney)

Model	YD-100
Image
Burning Rate	100-150 kgs/hour
Key Burning Chamber	2000 Liters
Additional Combustion Chamber	500 Litres
Feed Mode	Guidebook
Voltage	220V/380V
Power	2.5 Kw
Fuel Kind	Diesel Oil
Heater	Italy Original
Oil Consumption (Diesel Oil)	Ordinary 28 kg/hour
Gas Consumption (Natural Gas)	***
Inner Measurements	180x115x98 centimeters (key chamber)
External Measurements	270x185x280cm (without chimney)
Temperature Screen	Yes
Oil Storage Tank Capacity( if oil fuel)	200 Litres
Door Opening	55 x 80cm
Chimney Size	6.0 Meters
Smokeshaft Kind	Steel
Devices Gross Weight	9000 kgs
Operation Technical Specifications
Key Chamber Temperature	800 ℃–– -1000 ℃
Second Chamber Temperature	1000 ℃ -1200 ℃
Residency Time	2.0 Sec.
Burning Performance	＞ 98%
Waste Lower Calorific Power	3500Kcal

Items/Model	TS500( PLC)
Photo
Concept	Waste Incineration Treatment
Burn Rate	150-200 kg/hour
Control Mode	PLC( Programmable Logic Controller Incinerator)
Combustion Chamber	2700L
Internal Measurements	190x120x120cm
Second Chamber	1300L
Smoke Filter Chamber	Yes
Feed Setting	Handbook
Voltage	220V
Oil Consumption (kg/hour)	Typical 28
Gas Consumption (m3/hour)	***
Temperature Display	Digital Show
Temperature Defense	Yes
Oil Tank	1400L
Feed Door	90x80cm
Chimney	10Meter
Smokeshaft Type	Stainless Steel
1st.	Gross Weight
15000kg	Outside Measurements
400x210x300cm( without chimney)
	2020-03-21

The air supply should be controlled efficiently;

Flame contact with all the gases should be achieved;

The minimum combustion temperature of the primary chamber should not be less than 850°C;

The primary combustion chamber should be equipped with a means to provide supplemental liquid fuel supply.

The primary chamber should be cold face refractory lining, with a minimum thickness 100 mm.

The following conditions should be met in the secondary combustion chamber:

The air supply should be controlled efficiently;

Flame contact with all the gases should be achieved;

The size of the secondary chamber should be properly designed to ensure that the gas retention time should not be less than 2 seconds;

The secondary chamber should be cold face refractory lining, with a minimum thickness 100 mm;

The chamber should incorporate an integrated combustion burner air fans with automatically controlled distribution;

The gas temperature, as measured against the inside wall in the secondary chamber (not in the flame zone) should not be less than 1,100°C;

HICLOVER – Medical Environmental 

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Website: www.hiclover.com  
Email: [email protected]
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Nanjing Clover Medical Technology Co.,Ltd.

 

2020-03-21