hot medical waste disposing machine, Operation Condition: 8-16 hr/ day


hot medical waste disposing machine, Operation Condition: 8-16 hr/ day 
Control: Built-in data recording
Operating temperature: Incinerator 
/Primary Combustion Chamber
Primary Chamber: 900 – 1200 0C

Type: continuous loading, Top Loading
Capacity/Burn rate per hour: 250 -300 kg/hr 
Material:
External- 3 layers 
Internal lining:  a fire proof material of pre-fired refractory bricks with Aluminium lining, resistant to corrosive waste or gas and to thermal shock
Secondary 
Combustion 
Chamber:
Type: horizontal/vertical
Temperature:  1200- 1300 oC
Residence time of gases : >2 seconds
Ash Residue: <5% of original waste size
Ash Handling System: Both Automatic and manual removal of Ash. Must ensure removal/treatment of hazardous remnants of ash
Flue gas treatment   system : Capable of treating the flow of flue  gas as the incinerator is operating at its maximum capacity
Auxiliary device: Water level gauge, pressure sensor, PH sensor..etc 
Auxiliary device: Fuel cut-off device
Waste  feeding mechanism: Automatic pneumatic/hydraulic waste loading system or conveyor belt , capacity 650-800 L at a time                                                                                                                                      
Chimney (Stack):
Type: Vertical type
height:>7 meter’
Material: Fireproof cast, stainless steel
OUTPUT: 
GAS- SMOKELESS,ODORLESS 
ASH -Max <5% of original waste size
Reduction of Pollutant gas SO2, HCL, HF and line particulate
Emission standard:
WHO/ European
Test report for emission testing provided?
Heat exchange mode: Automatic

Accessories:  
All standard accessories for incinerator, including but not limited to loading system, heat exchangers, pollution control system, ash removal system, including ladder and oil tanker (2500litre capacity).
Operating Environment: 
The incinerator is capable to operate at the altitude of 2400mt above sea level. (according to the site conditions)
Power Requirement:
220 Vac single phase or 380 Vac three phase 4 wire system  50HZ   
Installation Testing and Commissioning :   to be conducted by certified or qualified personnel.  
Supplier shall provide the following documentation    
User (Operating) manual in English. 
Service (Technical / Maintenance) manual in English. 
Certificate of calibration and inspection from factory. 
Fast moving spare parts: Supplier is able to provide fast moving spare parts with quantities as described in the price schedule or their equivalent. 
Training: Supplier is able to provide training on operation, management and maintenance of incinerators.   
Warranty 
Comprehensive warranty for minimum 2 year. 
Maintenance Service during Warranty Period 
During warranty period supplier must ensure, corrective/breakdown maintenance whenever required. 
Supplier has a local agent or branch office in Ethiopia (please indicate the name and contact details of the agent) 
Supplier provides labor, lifting equipment and tools needed for the installation, testing and commissioning of the incinerator. The supplier will be responsible for the safety of its staff, workers and laborers during the installation, testing & commisssioning 
Able to provides all necessary information that would be used as an input for preparation of floor (platform) and room for the incinerator to be supplied such as the following; 
Lay outs (drawings) and  pictures of the incinerators to be installed 
 Length, width and height of incinerator,
 Area (length x width) for the floor (platform) and Length, width and height for roofing, for each type of incinerators to be installed 
Needs during the transport, installation, assembly, commissioning and operation of the equipment in terms of access points, available space to operate (inside and outside of the room), ways to get to the site where the equipment will be placed or any others. ; 
Technical Specifications (fuel consumption rate, weight, anchoring system, support points, etc.);
 Chimney specifications to be used for the roof design ( size, support needs, insulation); 
Considerations related to operation and Maintenance, for e.g., minimum available area to perform routine maintenance tasks and replacement of key parts that need to be changed more frequently; 
Any consideration/need of the incinerator while being operated that might impact the design of the room/shelter where it will be placed.
Other important information to be considered that can influence or impact the designing and building processes of the infrastructure for the incinerators, for example area dimension for other accessary parts like fuel tanker storage, if applicable, etc…. 
Delivery time (DAP, Addis Ababa) in weeks
Name of manufacturer including website of the manufacturer &/ supplier & country of origin


Baltimore teens take out the trash


Youth battle a waste incinerator.

It’s the threat of dangerous air pollution that has students at Curtis Bay’s Benjamin Franklin High School leaving the classroom and demonstrating in the streets of Baltimore.

In Curtis Bay, a neglected waterfront neighborhood at the southwestern fringes of Baltimore, an alliance of environmental activists and neighborhood groups—including an energetic and creative band of high school students—has succeeded in holding off the construction of an enormous trash incinerator project.

The students wowed members of the Baltimore Board of Education this May with a presentation that mixed carefully researched environmental and public health analysis with a hip-hop routine that had board members up on their feet. Greg Sawtell, an organizer with Baltimore-based United Workers (one of several organizations allied against the incinerator), says conversations with school board members since then have left him optimistic that they will oppose the project.

Even though preparation work on the incinerator began last year, full-scale construction is stalled, and the projected completion date has been pushed to 2016 from an initial estimate of 2013. Opponents are reluctant to claim sole credit for the delays, as there have also been financing and regulatory issues, but believe their efforts are sharpening scrutiny and slowing progress.

Talk of the so-called trash-to-energy incinerator plant began some five years ago, after chemical manufacturer FMC Corp closed a pesticide plant, eliminating 130 jobs (including 71 union jobs with the United Steelworkers) and leaving vacant a large parcel of land zoned for heavy industry. The site straddles the Curtis Bay and Fairfield neighborhoods of the city, parts of which have large African-American populations. To many political and community leaders in this deindustrialized and job-starved section of the city—which lies far from the famed Inner Harbor or Fells Point entertainment districts—it seemed like a boon when Energy Answers Inc., an Albany, New York-based power development company, appeared on the scene to propose a plant that would burn commercial and construction waste to produce electricity. Energy Answers billed the plant as a way to restore up to 200 jobs and provide clean, low-cost energy. The proposal came with enthusiastic endorsements from local political leaders, especially Maryland Gov. Martin O’Malley and city Mayor Stephanie Rawlings-Blake.

Initially, Energy Answers struggled to find loans and missed a deadline to secure federal stimulus money. But in May 2011, the project got a big boost when O’Malley signed legislation to help make the plant profitable through a complicated pollution credits scheme that would funnel cash to Energy Answers for generating so-called clean power. (A few days later, Energy Answers gave $100,000 in campaign contributions to the Democratic Governors Association, chaired by O’Malley.)

But for locals, the bloom was already coming off the rose. It had emerged that an estimated 400 to 600 exhaust-spewing trucks carrying waste tires, metals, plastics and construction materials would travel through the streets of Curtis Bay every day to feed the plant. The incinerator itself would burn up to 4,000 tons of waste a day for decades— raising even more alarming public health concerns. In a recent Baltimore Sun op-ed urging cancellation of the project, Gwen DuBois, of Chesapeake Physicians for Social Responsibility, said the plant could emit dioxin, mercury and other heavy metals, which can cause cancer and other diseases.

“What a lot of people don’t realize is just how dirty these plants really are,” says Mike Ewall, founder and co-director of Energy Justice Network, a national organization devoted to helping communities fight dirty energy development. “They are much worse than coal or anything else. And this would be the biggest such plant in the country.” Curtis Bay is already the most polluted zip code in Maryland, Ewall notes, adding that low-income neighborhoods of color are often used as dumping grounds precisely because they lack the political power to fight back.

It’s the threat of dangerous air pollution that has students at Curtis Bay’s Benjamin Franklin High School leaving the classroom and demonstrating in the streets of Baltimore. In their largest action, in late 2013, more than 100 protesters marched from the school to the site of the proposed incinerator—just a mile away. A related petition has garnered more than 2,000 signatures.

Recent Benjamin Franklin graduate Audrey Rozier is a leader of Free Your Voice, the student group agitating to stop the incinerator, as well as the co-author of a rap song devoted to the campaign. “We have our rights according to the amendments / But why do we feel like we’ve been so resented / Ignored, shoved to the side where opinions don’t matter,” goes one verse.

Rozier says the song, which she has performed all over the city, has helped educate the local community and a broader Baltimore audience. “What was amazing to me in the beginning was that people outside the community were going to [build the incinerator], but the people who live here didn’t know anything about it,” she says. “I think that’s changed.”

That disconnect between the political elite and the communities most affected by its decisions is at the heart of the fight over the Curtis Bay incinerator, says Sawtell. In Baltimore and elsewhere, decisions on economic development policies are made by a political and economic elite with little or no input from the working-class residents who must live day-to-day with the consequences. “Community members we’ve talked to say no one asked their opinion before the project was announced,” says Sawtell. “Somehow I think if it was the children of Gov. O’Malley, or the children of Mayor Rawlings-Blake, who were going to be poisoned, the decision would be different.”

The campaign is drawing increasing support, most recently from the nearby Anne Arundel County chapter of the NAACP. Meanwhile, enthusiasm for the plant among politicians seems to have cooled in the face of the protests, Sawtell says, with near-silence on the issue from Mayor Rawlings-Blake in the past few years. The Democratic candidate for governor in this year’s election, Anthony Brown, declined to take a position.

If the construction delays are any indication, even Energy Answers may be losing interest, although the company tells In These Times it’s in “confidential discussions for waste and energy sales” and plans to proceed with the project. Sawtell, however, believes that a major push from opponents now could kill the plan once and for all.

 

by: http://www.radiofree.org/us/baltimore-teens-take-out-the-trash/


hospital incinerator manufacturer

Up to 600kgs per ten-hour day of Type IV pathological waste or red bag waste rated at 2200 BTU’s per kg, based on batch

loading twice daily.
Incinerator, 20 kg/hr  Burn Capacity (min. 1200 kgs. Waste Feed Capacity per day) (4-6 hours operations) (Power Supply

380V, 50Hz, 3Ph)
Capacity: 30 kg/hr.

Number item: 01 unit

Could you please send us cataloge detail for Pet Cremation of dogs, cats.

– Please services require: General about Cremation system which is suitable
for your products, technical transfer and training for operators.
Containerized Incinerators Operational Capabilities • PROCESS 1+ TONS / DAY • OPERATED WITH LIMITED TRAINING • REGULAR

MAINTENANCE CAN BE COMPLETED WITH LIMITED TRAINING • COMPLIES WITH EURO / OR US-EPA EMISSION STANDARDS • ABILITY TO BURN

WASTE LUBRICANTS (POL) • HANDLE ORGANIC SOLIDS (TO INCLUDE RMW) • DEPLOYABLE • MOBILE • 24 HRS OF CONTINUOUS USE •

AUTOMATIC LOADING SYSTEM • AUTOMATED ASH REMOVAL SYSTEM • GAS SCRUBBING SYSTEM • 95% REDUCTION OF SOLID WASTE • OPERATE

OFF DIESEL OR FUEL OIL • CAPABLE OF BURNING 4 UNITS OF WASTE PER UNIT OF FUEL • ABLE TO TAKE ALL COMBUSTIBLE WASTE TO

INCLUDE: PAPER, PLASTIC, CARDBOARD, FOOD, USED OILS, SLUDGE, OILY RAGS, WOOD PALLETS. • NO PRE-TREATMENT OF WASTE

REQUIRED • VENDOR REPAIR OFFERED AT POINT OF SHIPMENT • FIVE (5) YEAR COMPONENT WARRANTY FROM DATE OF ACCEPTANCE

Technical Specifications • OPERATION MANUAL AND TRAINING MANUAL FOR EACH INCINERATOR • SET UP AND INSTALLATION

INSTRUCTION MANUALS • BLUE PRINT/ SCHEMATIC PROVIDED THAT OUTLINES THE PHY SICAL DIMENSIONS OF THE 20’ INCINERATORS •

INCINERATORS COMPOSED WITH HEAVY DUTY WELDED CONSTRUCTION • OPERATED AND TRANSPORTED IN 20’ INCINERATORS (CONTAINERS) •

FULL FRONT AND OPTIONAL REAR ACCESS • PRIMARY / SECONDARY TEMPERATURE CONTROLS • COMBUSTION AIR DAMPER • VAPOR TIGHT

LIGHT FIXTURES & 120V OUTLET • OUTDOOR PLU-IN RECEPTABLE FOR ELECTRICAL SOURCE • OUTDOOR FUEL TRAIN WITH SHUT-OFF • LOAD

RAMP • SKID – MOUNTED FUEL TANK • ELECTRICAL AND FUEL OIL CONNECTORS • CONTROL PANEL AND AIR LOUVER • AIR MANIFOLD

ACCESS AND UTILITY BULKHEAD • GALVANIZED SHIPPING COVERS • FUEL, WATER AND OIL CONNECTOR LINES • PRIMARY AND SECONDARY

BURNERS • FULLY INTEGRATED PLC CONTROL SYSTEM • FACTORY TESTED, WIRED PRIOR TO SHIPMENT • MOBILITY: NO HEAVY LIFT

EQUIPMENT NEEDED FOR SET UP OR TEAR DOWN • HEIGHT RESTRICTED TO THE HIGHEST POINT ON BASE OR UNDER 15FT TALL

Incinerator Product Request Form

Item Customer Request Example
Application Scope Hospital, Pet Crematory, Slaughter House, Laboratories, School, Community, etc. if for animal/pet, indicate animal size like: cat, dog, cattle, etc
What kind of waste?  

____, _____%

____, _____%

____, _____%

 

 

Medical waste, dead animal, Municipal Waste, etc(detail name) or nature percent

if for animal/pet, indicate animal size like: cat, dog, cattle, etc

Quantity Request  

01.02.03…..unit

 

Budget  

$US Dollar.

 

 

Operating Time  

The staff work Hours per day.

Our incinerator can work up to around 18 hours per day.

Realization Date of project In ___ year
Waste Output Capacity per Day? 1000kgs Per Day…
Request waste burn rate Capacity: 100kgs Per hour…
Request waste feed capacity Capacity: 100kgs per feed…
Whether Natural Gas Supply Local? Yes or No.
Local Power If 380V and 220V valid?
Product Installation Destination Country or City name
Destination Sea port name? To check sea freight charge.

 

Customer  

End-Customer, Agent, Government.

 

Method of contract Tender or Negotiation
Date of Tender limit
How did you know our company?
Other request or information

Medical Waste Incinerator


Product Specifications : Medical Waste Incinerator
Medical Waste Incinerator, Incinerator
Specifications-type Pyrolytic combustion
Construction requirements of the incinerator-Incinérateur Gas or electric and designed to
Minimize noise during operation
Prevent the release of black smoke and fine dust during loading and operation of waste
Allow for regular and complete combustion of the waste
Allow automatic operation requiring little, if any monitoring and ensuring optimal and safe operation
Provide limited consumption of gas or electricity
Provide fire safety for the entire installation
Install a protective shelter of the incinerator.rated
Capacity-Incinérateurs Capacity of at least 5 to 7 kg / h
Temperature combustion and post-combustion
Combustion temperature: at least 900 ° C- After burner temperature: at least 1100 ° C.Range and operating time-Operation Optimal and uninterrupted for at least 06 hours in a row.
Quality of treatment-Fumée Emitted less harmful and whitish
General Design-Ensure Maximum protection and operator safety.-provide A fume extraction device
Combustion-Set The combustion chamber between 900 and 1000 ° C-Non Combustion with a thermometer probe and numerically displaying its inner temperature.atmospheric emissionsAtmospheric emissions will be done according to the rules and standards:Concentrations in mg / Nm3 of flue gas reported at 11% oxygen
Substances:Daily averages:- Total Dust: 10-30- Organic in the state of gas or vapor, expressed as total organic carbon (TOC) substances:: 10 – 15- Hydrogen chloride (HCl): 10-15- Hydrogen fluoride (HF): 1-3- Sulphur dioxide (SO2): 50-60- Carbon monoxide (CO): 50-90-Speed Injection of greater than 8 m / sec air emissions.
Related SERVICES-the Delivery of the incinerator must be accompanied by the provision of a number of services.Installation of the incineratorFlush and startup of the incinerator on the site in accordance with requirements prescribed by it.formation- Trained in the use and preventive maintenance of the incinerator of the manipulator (operator incinerators.Toolbox and wear parts-Provide Toolkits for maintenance-Provide A toolkit for each incineratorwarranty-At Least one (01) year from the date of delivery.-Take Into account the replacement of defective parts or any other book accompanying the delivery of the incinerator


Incinérateur de déchets médicaux à air contrôlé conçu pour l'incinération des déchets biomédicaux


Incinérateur de déchets médicaux à air contrôlé conçu pour l’incinération des déchets biomédicaux générés dans un centre de traitement du sang. Les déchets à traiter comprennent principalement les biodéchets (c’est-à-dire les fluides corporels), les déchets infectieux et dangereux tels que les seringues, les aiguilles et autres déchets médicaux (c’est-à-dire les caoutchoucs de silicone, les plastiques, les textiles, les papiers, les emballages, etc.)

Spécifications opérationnelles Spécifications physiques
Volume de la chambre de combustion (m3) 8,80 m3
Taux de combustion * jusqu’à 1500 kg par heure
Consommation moyenne de carburant 65 kg par heure ou plus (7 brûleurs diesel)
Température opérationnelle 850 à 1320 ° C
Rétention de gaz dans la chambre secondaire Grande chambre secondaire
Surveillance de la température Oui
Résidus de cendres moyen (%) 3%
Dispositif thermostatique Oui
Réservoir de fumée diesel 1000l
Laveur de gaz Venture
Système d’alimentation hydraulique de bélier
Grand incinérateur à moteur diesel
Spécification minimale requise

Normes


Incinerator to burn nearly 10ton(10,000kg) of tobacco waste dust) from a tobacco processing plant.

 

Incinerator to burn nearly 10ton(10,000kg) of tobacco waste dust) from a tobacco processing plant.

Requirements:

  1. Incinerator system complete with scrubber, pollution control system, water system, loading system, ash removing system and if anything more option is available. we have to burn 10000kgs/day, We work 8 hours a day, so your incinerator should have capacity to burn atleast 1400 or 1500kg/hr of waste.

 

supply 02 primary combustion chamber, and continuation feeding or alternately. each primary combustion volume is 4.0 M3, total 8 m3.

  1. With complete system specification, power, water fuel requirements.

 

  1. Space requirements & floor plan

 

  1. Pre-installation requirements. Space, power, water, drainage system etc

 

  1. Fuel type” diesel or gas?

 

  1. All options available.

 

  1. You have to send your technical team for installation, user training, maintenance training for end user technicians.

 

  1. Maintenance schedule—what has to be done, daily, weekly, quarterly, half yearly, annually.

 

  1. What are the replacement items during one year.

 

  1. Your system should meet all local & international standards with respect to handle of tobacco dust before feeding to incinerator, gas emission, waste water discharge to public drain system, ass disposal etc.

 

  1. End used will send this dust to incinerator plant in bags of 300kg each, so we are expecting 35 bags of 300kg each per day, 7 days a week.

 

 

  1. How many engineers or technicians you will send for installation, how many people, what machines & tools you want us to mobilize to facilitate your people to do the installation. how many days installation & training will take.

 

 

  1. What will be your charges for installation visit.

 

 

  1. If you have some picture of such big installations, references(within this region is helpful if you have), you can provide us.

 

 

 

 

 

Incinerator Primary Combustion Chamber


HICLOVER now offer a full range of containerized incineration systems, placing us at the forefront of the latest transportation and industrial 
trends. Containerization enables immediate waste management as the units are pre-assembled and pre-installed.
Containerization is the most feasible and viable option in contrast to the construction of on-site facilities and housing structures, 
eliminating the man power and costs involved. The system has the added benefit of total mobility (both local and international), and is ideal 
for military and civil camps and remote locations where infrastructure is scarce.
Incineration is the most obvious solution for total destruction of municipal waste, avoiding all the direct and indirect risks associated with 
other disposal methods.
Incineration perfectly fits into a trend of treating waste in a safe way, and if possible, at the same place where it was generated to avoid 
cross-contamination risk and to keep waste treatment costs at acceptable level.

WWW.HICLOVER.COM|Waste Incinerators |Auto Roll Air Filters

Nanjing Clover Medical Technology Co.,Ltd.

Tel:  +86-25-8461 0201   
Website: www.hiclover.com  
Email: [email protected]
Email: [email protected]