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Дверца установки для сжигания отходов: боковая / передняя открывающаяся дверь VS. Верхняя открывающаяся дверь

Дверца установки для сжигания отходов: боковая / передняя открывающаяся дверь VS. Верхняя открывающаяся дверь

Вещи

Боковая загрузочная дверца

Верхняя загрузочная дверца

Предложение

Расходы

Доступный

Высокий расход

Производство Тех.

Легкий

Беспорядок жесткий

Safty

безопасный

намного более защищенный

Создание горелки

L / I

L

Наполнение

руки вверх

огромная дверь может быть вилочным погрузчиком

Земельная работа

маленький

большой

Дверь из ясеня

точно так же с дверцей кормления или отдельно

один

доля рынка

Мост-КИТАЙ / США / ИНДИЯ

Пара из Великобритании / США

Двери открытого типа

Руки вверх

Монтировка / Гидравлическое напряжение и беспокойство

Двери Открытые измерения

маленький

огромный

Лучше для

медицинский мешок для отходов

отходы домашних животных

открывать при линьке

безопаснее, можно кормить отходами, пара дыма

небезопасно, нельзя кормить отходами, больше всего дымит


Установки для сжигания отходов
Установка для сжигания медицинских отходов
Кремация домашних животных
Твердые отходы   Мусоросжигатель

Телефон: + 86-25-8461 0201
Мобильный: + 86-13813931455 (WhatsApp / WeChat)
Сайт: www.hiclover.com
Электронная почта: [электронная почта защищена]
Электронная почта: [электронная почта защищена]
Наньцзин Клевер Медицинские Технологии Лтд.

medical incinerator prices

INCINERATOR WITH CONTROL UNIT

Has been specifically designed for use in:

– Hospitals

– Clinics

– Laboratories

– Disaster relief Operations

– Animal Cremation

– Can be used to eliminate medical waste with reliable, on site

technology

 

An innovative system for medical facilities.  It has been designed to

eliminate hospital waste (including infectious and pathological waste)

efficiently, and with a minimum of expenses.  Existing personnel can

be instructed on the use of this product.medical incinerator prices

 

The operator opens the primary chamber door, places the waste

inside and turns on the unit.  A timed cycle preset by the operator

begins and the waste is reduced to 5% ASH BY VOLUME.

 

– Incinerates up to 8 cubic feet (0.22 cubic meters) per load, which is

normally 330 ibs (150kg) per (8 hour) day.

 

– Designed by specialists in portable systems.

– No on site construction

– Minimal training for operators.

 

 

– Built for safe, easy operation with state-of-the-art controls.

– Dual chamber combustion and high exhaust temperatures, if

required, in excess of 1025◦C.

– Preset cycle time automatically controls start up and shut down

– Thermostatic temperature control insures efficient fuel consumption.

Power requirement: 220 V, 0.35 KW/hr

 

MEDICAL WASTE INCINERATORS


MEDICAL WASTE INCINERATORS for providing, setting up, readjusting, as well as likewise screening promptly controlled air clinical waste burners having a capability to melt 75 Kg/hour waste products of pathological and also organic nature.

The procedure of incineration offers the benefit of quantity reduction together with the ability to discard well-known waste and also sharps. On site incinerators offer a easy as well as fast approach of getting rid of scientific waste. This is one of the most thoroughly approved in addition to feasible technique of managing highly infectious waste.
The burner will absolutely be of the controlled air kind, established for (6-8) hour-day treatments and likewise ranked at 75 kg per hour. The heater plant will include the following:
3Continuous loading utilizing hydraulic ram feeder o Heaters as well as gas system
o Followers
o Pumps
o Controls and also Instrumentation o Smokeshaft and also flue connections
o Burner loader for packing carts or receptacles o Ash handling devices
41 year extra parts
5Waste weighing tools
6Wheeled 2.0 m3 waste storage space receptacles (number to be selected by university hospital supervisors).
7Incinerator loader.
8Incinerator framework, including fire safety and security tools.
9Platform and additionally portholes developed to USEPA requirements to assist with pile testing.

The publications listed here form a component of this spec to the level referenced. The publications are explained within the text by the typical category just.
AIR TASK Along With CONTROL ORGANIZATION INTERNATIONAL (AMCA) AMERICAN SOCIETY OF CIVIL ENGINEERS (ASCE).
AMERICAN WELDING CULTURE (AWS).
ASME INTERNATIONAL (ASME) Sheet, Cold-Rolled, Carbon, Structural,.
High-Strength Low-Alloy as well as additionally High-Strength Low-Alloy with Improved Formability, Treatment Hardened, as well as likewise Bake Hardened.
AREA 11 82 21 Web page 6.
ASTM A53/A53M (2010) Need Requirements for Pipeline,.
Steel, Black in addition to Hot-Dipped, Zinc-Coated, Welded as well as Seamless ASTM A653/A653M (2010) Criterion Spec for Steel

Sheet, Zinc-Coated (Galvanized) or Zinc-Iron Alloy-Coated (Girl set) by Hot-Dip Refine FM GLOBAL (FM).
ISA – – – – INTERNATIONAL CULTURE OF AUTOMATION (ISA).
MAKERS STANDARDIZATION SOCIETY OF THE SHUTOFF In Addition To INSTALLMENTS MARKET (MSS).
NATIONAL ELECTRICAL MANUFACTURERS ORGANIZATION (NEMA) NATIONAL FIRE PROTECTION ASSOCIATION (NFPA).
UNITED STATE DEPARTMENT OF PROTECTION (DOD).
UNITED STATE GENERAL SERVICES MANAGEMENT (GSA) EXPERTS LABS (UL)


ตัวกรองกล่องประสิทธิภาพปานกลาง/รองประสิทธิภาพสูง

2019-05-13 กรอง อากาศ 343 views

ตัวกรองกล่องประสิทธิภาพสูงปานกลาง/รองประสิทธิภาพสูง Eco

คุณสมบัติของสินค้า:

l    กรอบนอก: กรอบพลาสติก กรอบสังกะสี กรอบอลูมิเนียมอัลลอยด์ หรือกรอบสแตนเลส

l    ความหนาของกรอบ: 70, 90, 150, 220 มม. เป็นต้น

l    วัสดุกรอง: ผ้าไม่ทอเส้นใยเคมี

l    อุณหภูมิสูงสุด: 93℃

l    ความชื้นสูงสุด: 99%

l    ประสิทธิภาพ: F5, F6, F7, F8, F9 (EN779)

การใช้งาน:

l    การกรองล่วงหน้าของเครื่องปรับอากาศและระบบระบายอากาศเพื่อหลีกเลี่ยงการสะสมของฝุ่นในระบบ

l    การกรองล่วงหน้าของเครื่องอัดอากาศขนาดใหญ่, การกรองอากาศกลับของการระบายอากาศแบบรวมศูนย์และระบบปรับอากาศในห้องปลอดเชื้อ, ยืดอายุการใช้งานที่มีประสิทธิภาพสูง

l    การระบายอากาศและการกรองของโรงงานอุตสาหกรรมทั่วไปเป็นไปตามข้อกำหนดด้านอากาศบริสุทธิ์ทั่วไป

ข้อกำหนดทั่วไปและพารามิเตอร์ประสิทธิภาพ

ข้อมูลจำเพาะและขนาด ( WxHxDmm ) ปริมาณอากาศที่กำหนด ( m3/h ) ความต้านทานเริ่มต้น ( ≤Pa ) แนวต้านสุดท้าย ( Pa ) พื้นที่กรอง ( ตร.ม. ) ความจุเก็บฝุ่น ( ก. ) ประสิทธิภาพการกรอง
592x592x292 2890 50 250-300 4.46 803 F5
592x592x292 2890 65 250-300 4.46 714 F6
592x592x292 2890 80 300-400 4.46 625 F7
592x592x292 2890 105 300-400 4.46 536 F8
592x592x292 2890 120 400-450 4.46 491 F9
287x592x292 1550 50 250-300 2.4 433 F5
287x592x292 1550 65 250-300 2.4 385 F6
287x592x292 1550 80 300-400 2.4 336 F7
287x592x292 1550 105 300-400 2.4 288 F8
287x592x292 1550 120 400-450 2.4 264 F9
490x592x292 2440 50 250-300 3.78 680 F5
490x592x292 2440 65 250-300 3.78 604 F6
490x592x292 2440 80 300-400 3.78 529 F7
490x592x292 2440 105 300-400 3.78 453 F8
490x592x292 2440 120 400-450 3.78 415 F9  

1. ในกรณีที่มีการเปลี่ยนแปลงคุณสมบัติและโครงสร้าง ข้อมูลล่าสุดที่บริษัทให้ไว้จะมีผลเหนือกว่า

2.บริษัทรับสั่งกรองที่ไม่ได้ระบุในตาราง

URL เนื้อหาเพิ่มเติม: www.ecolead.cn โทร: 025-57138032

castable outstanding high quality refractory mobile lining as well as incinerator covering


The incinerator will certainly have chimney, castable premium refractory cellular lining in addition to heater shell, perforated blind for the major along with additional burning chambers and also air blood circulation system.

The heater shall also have the following:-.
– – Ash door. – Main as well as additional heating units as well as additionally fans.
– – Temperature degree indication gadgets.
– – Electric wiring from the neighborhood isolator.
– – FD follower.
– – Air receiver. – Air ductwork total with air dampers.
– – Pressure along with temperature level evaluates.
– – Totally wired control board

The bulk oil storage tank will have an ability of 10,200 litres as well as be placed at 0.5 m over ground on a firm concrete cradle, total amount with the following:-.
– – Drainpipe pipeline
–.
– – Air vent pipe
–. – Oil degree indication. – Access to ladder to the top of the
– storage tank. – Finishing of the container with a minimum of 2No. layers of bituminous paint.
– – Manhole cover total amount with a gasket.
– – Dip stick. – Any kind of various other vital gadget.

E-2

The daily oil container of capacity 1,800 litres as well as measurement 1220x1220x1220mm pushed steel storage tank high shall be positioned 2.5 metres high over ended up floor degree on a steel stand, highly secured on the ground and additionally the steel participants to be bolted. The day-to-day oil container shall have an oil level indication, ease of access manhole, washout, overflow, inlet along with outlets links as well as portal shutoffs.

The adjacent pipe of 50mm dimension between both tank will certainly be class ‘‘ C ‘black mild steel pipeline, total with a 50mm diameter filter. The burner fuel supply pipeline from the daily container will certainly be a 25mm size class ‘‘ C ‘black mild steel.

The adhering to will in addition be supplied.
– – 25mm size fire shutoff.
– – 25mm dimension high capability strainer.
– – home heating tap along the heating system supply pipe, 25mm size

The heating unit supply pipe will have 25mm thick fiber glass insulation as well as perform with scale 20SWG galvanized steel sheet.

The tenderer will give all the required controls for proper safety and likewise acceptable working of the installment.

1.1.1 HEATING UNIT

The heater will appropriate for 35 sec redwood No. 1 range fuel oil. It will certainly be durable in building and building and also be generated in stars iron or other ideal products complete with positioning plates. It requires to be likewise demountable and quickly mountable for comfort of cleansing and upkeep. The heating unit will have a proper supply of oil which will quickly stir up along with melt in a protected way. Sufficient arrangement will certainly be supplied to prevent any type of solid issue in the oil, or any kind of type of concern that may separate out from the oil from damaging any parts or chocking of any type of sort of orifices or shutoffs. The free filtering system area should certainly be sufficient to see to it that the filter does not need taking apart for cleaning up regularly than every year. The burner will have fire guidance by photo-electric cell with simultaneous series controller for automated start up, running as well as shut-down of the burner.

The burner will have all the important controls e.g.Solenoid shutoffs, ignition controls, photo electrical cell gas safety and security and protection controls, low stress fuel supply cut-off and so on.

The heating unit will certainly please BS 799: part 3 along with 6 1981 or any various other pertinent British standard.The burner will be as NU-WAY versions or equal and likewise approved.

1.1.2 REGULATES

The incinerator shall run in an automatic fashion with all the called for controls. These controls are to include protection components such as fire failing device, pilot lights, integrates, beginners, overload contactors, ON in addition to OFF switches for heating systems and also fans, burning chamber temperature level indicators for additionally 2nd as well as key chambers and so on.

i) Electric ignition switch ‘‘ ON’ prior to the oil is supplied.
ii) Delayed go back to re-start readying to allow purging.
iii) Re-start after short-lived electrical supply failing.
iv) Favorable safety and security and security lock-out in instance of flame stopping working from whatever reason.
v) Red signal light on control panel to indicate safety and security locked out.
vi) Photo electric safety cell as fire stopping working tool.

The controls will be placed on suitable control panel to be placed in a position easy to assess as well as take care of from the charging door side of the burner.

The control board will certainly be created from anodized, 16SWG, light steel sheet.


00 BEDS HOSPITAL INCENERATOR INFORMATIONS TECHNIQUES

1) Politique

– La gestion de l’élimination des déchets doit faire l’objet d’une attention particulière pour éviter les infections hospitalières.

– Les déchets infectieux doivent être gérés, stockés de manière stricte et brûlés par un incinérateur situé sur le site de l’hôpital.

2) Plan d’élimination des déchets

  1. a) Classification

– Les déchets médicaux hospitalisés sont classés comme suit;

Infections Déchets Déchets spécialement contrôlés Orgue, aiguille, etc.
Déchets industriels Gants en caoutchouc, etc.
Déchets généraux Gaze, etc.
Déchets généraux Plastique, caoutchouc Flacon à perfusion, etc.
Papier, bois, vinyle Bon, etc.
Métal, Verre Can, bouteille en verre
  1. b) Élimination des déchets d’infections

– Ségrégation: L’élimination des déchets infectés doit être séparée de manière appropriée et emballée dans des conteneurs particuliers et livrée à un stockage particulier. La ségrégation, l’emballage et la livraison doivent être opérés de manière appropriée dans chaque pièce telle que la salle de consultation externe, la salle d’opération, la salle de collecte de sang et la salle de dialyse.

– Précaution: les déchets infectés ne doivent pas être placés dans d’autres conteneurs sur le chemin du tri, de l’emballage et de la livraison.

– Stockage: les déchets infectieux doivent être stockés temporairement sur le site de stockage de l’hôpital jusqu’à ce que les déchets infectés soient incinérés.

– Incinérateur:

Il est conçu pour stériliser les déchets médicaux, réduire leur volume et rendre ses composants méconnaissables, le tout dans un système entièrement fermé et automatisé.

Il combine la vapeur chauffée directe, la haute pression et le déchiquetage pour traiter les matières infectieuses.

Les déchets contaminés sont chargés dans la chambre supérieure en acier inoxydable où un broyeur robuste réduit les déchets en petits morceaux. En utilisant la gravité, le matériau traité tombe dans la chambre de traitement où chaque pièce est chauffée à la vapeur à 134 et pressurisée à 3 à bar pendant 20 minutes. Les conditions de fonctionnement sont surveillées et validées en permanence pour obtenir une stérilisation complète.

Le cycle de processus d’une durée moyenne de 60 minutes est totalement automatisé. Un système informatisé surveille le processus et imprime automatiquement un rapport avec les paramètres de stérilisation essentiels à la fin du cycle pour une tenue de registres précise.

La capacité est comprise entre 500 et 600 kg / cy.h ou plus.

Cycle de traitement:

1- Chargement; les déchets contaminés sont automatiquement chargés dans la chambre de l’unité

2-déchiquetage; le déchiqueteur robuste coupe le matériau en petits morceaux et dispose d’un système d’inversion unique pour éviter les bourrages

3-chaleur; la vapeur saturée sous pression élève la température à 134 C et la pression à 3 bar

4-stérilisation; la stérilisation entre en contact direct avec le matériel de broyage (134 c, 3 bar) pendant 20 minutes

5-refroidissement; la température est abaissée à 80 C en pulvérisant de l’eau froide sur la double enveloppe de la cuve de traitement, simultanément, l’unité revient à la pression ambiante

6-Vidange; la vapeur est condensée en eau et évacuée avec l’eau de refroidissement vers le système d’égout sanitaire

7-vide; la vapeur résiduelle restante est évacuée par une pompe à vide

8-Déchargement; un signal numérique informe l’opérateur que toutes les conditions de fonctionnement sûres sont remplies

La condition déverrouille l’unité et permet le déchargement par gravité des déchets traités dans un conteneur

Spécification d’enseignement

Caractéristiques générales

Temp opérationnel. max 160 C
Poids maximum lorsqu’il est rempli de déchets Pour un test hydraulique spécial. Kg 10500
Stress. Kg / cm 3 3,5
La pression de la vapeur. Bar 8
Débit de vapeur max Kg / h 500
Barre à air comprimé 6
Électricité 380 V / 3 – système de protection contre les surtensions 35KW
Les caractéristiques de fonctionnement
Temps de cycle moyen. minutes 60
Capacité de traitement Wight. Kg 500 – 600
Densité. Kg / m3 100
Capacité moyenne du procédé Kg / cycle d’inactivation microbienne 200-300

8log 10

Réductine du volume des déchets 80%
Consommation / cycle
Vapeur. Kg 40
Électricité. KW / h 9
Litres d’eau 500

incinerator manufacturers

1. SCOPE OF WORK The work specified in the contract will include.
1. Supply, install and commission an incinerator as provided in the technical specifications
2. Provision for adherence to OSHA and other statutory requirement relating to Health and Safety of workers during execution of the works covered in this tender.
3. Assessment and preparation and construction of a standard incinerator shed with one waste storage room ( see the design )

4. Provision of operation and maintenance manuals and drawings complete with maintenance schedule and instructions.

5. Fuel oil storage tank- Mild steel1500 liters capacity

6. Onsite training for operation and maintenance staff.

IMPORTANT
incinerator manufacturers To enable the Employer undertake conclusive evaluation of the tender, tenderers are requested to submit with their offers the detailed specifications, drawings and catalogues with commissioning and maintenance instructions for the Incinerator they intend to supply, install and commission. Tenderers who fail to comply with this requirement fully shall have their tenders rejected. 2. TECHNICAL SPECIFICATIONS OF THE REQUIRED INCINERATOR

2.1 General Description

The plant must have four distinct sections that demonstrate three principles of turbulence, residence time and temperature retention. The regulated sections may include but not limited to:
1. Overall plant layout
2. Feed chamber/charging
3. Primary combustion chamber
4. Particulate scrubbers
5. Acid gas scrubbers.
6. The stack/chimney.
7. Minimum capacity of primary chamber = 0.18 cubic metres
8. Burn rate (rate of waste incineration) = a least 20 kg per hour
9. Should have a full width counterbalance loading door allowing easy access to the main chamber for loading and removing ash.
Supply, Installation and Commissioning of An Incinerator in Eastern Hydros [ Page 28

2.2 Feeding and Charging
Controlled hygienic mechanical feeding that does not negatively influence the air temperature in the primary and secondary chambers of the incinerator shall be used.
2.3 Primary Combustion Chamber.

a) This chamber should be equipped with burners that use low sulphur fuel.
b) The chamber should ensure a minimum exit temperature of 850 degrees centigrade.

2.4 Secondary Combustion Chamber (After burner)

a) Should be fitted with burners that use low sulphur fuel.
b) Ensure secondary air supply is controlled.
c) Ensure residence time is not less than two seconds.
d) Ensure that the gas temperature as measured against the inside wall in the secondary chamber and not in the flame zone is not less than 1100 degrees centigrade.
e) Ensure the emitted oxygen content of the emitted gases is not less than 11%
f) Ensure both primary and secondary combustion temperatures are maintained until all waste is completely combusted.

2.5 Particulate Removers

A mechanical particulate collector must be incorporated after secondary combustion chamber for removal of particulate pollutants entrained in the flue gas stream. The particulate collectors may include any of the following or a combination thereof:
a) Cyclone separator
b) Electrostatic precipitators
c) Fabric filters
2.6 Chimney/Stack

l) The chimney should have a minimum height of 10 metres above ground level and clear the highest point of the building by not less than 3 metres for all roofs. The topography and height of adjacent buildings within 50 metres radius should be taken into account.
m) The chimney should be visible to the operator from the feeding area.
n) The minimum exit velocity should be 10 metres per second and at least twice the surrounding wind speed (Efflux velocity = wind speed x 2) whichever is higher to ensure no down washing of exiting gases.
o) The point for measurement of emissions shall be provided.

2.7 Instrumentation

a) Instrument for determining the inside wall temperature and not burner flame temperature must be provided for both primary and secondary chambers.
b) An audible and visible alarm must be installed to warn the operator when the secondary chamber temperature drops to below the required temperature.
c) A carbon monoxide and oxygen meter/recorder should be provided

d) A smoke density meter/recorder should be provided.
e) A solid particulate meter/recorder should be provided.
f) Any other instrument that may be considered necessary.

2.9 Emission Limits

a) Combustion efficiency (C.E) shall be at least 99.00% where C.E = %Carbon dioxide x 100 / [% Carbon dioxide + carbon monoxide]
b) The temperature of the primary chamber shall be 800 +/- 50 degrees centigrade
c) The secondary chamber gas residence time shall be at least 1 second at 1050 +/- 50 degrees centigrade with 3% oxygen in the stack gas.
d) Opacity of the smoke must not exceed 20% viewed from 50 metres with naked eyes.
e) All the emission to the air other than steam or water vapour must be odourless and free of mist, fume and droplets.
f) A 99.99% destruction and removal efficiency (DRE) for each principal organic hazardous constituent (POHC) in the waste feed where DRE [ ( Win – Wout) /Win ] x 100 where Win = mass feed rate of the POHC in the waste stream fed to incinerator and Wout = mass emission rate of POHC in the stack prior to the release to the atmosphere.
g) The average dioxin and furan concentration in the emission should not exceed 80mg/m3 total dioxins and furans if measured for a period of 6 to 16 hours.

– Manual technical monitoring is shipped with the hardware with all explanations of failures and resolutions
Capacity/island : 4000 kg/day ; 25000 kg/day ; 31000 kg/day ; 48000 kg/day

Burning temperature – over 12000C

Two chambers – minimum

Emissions – dioxin and heavy metaly – better then Kyoto protocol

Emission – monitoring system

Waste unloiding – directly from waste track to incinerator

Numerous Sorts Of Burners


contaminated materials high temperature burners for the treatment of contaminateds materials. The waste will definitely be blended, including medical, oily wastes, woods as well as lab wastes. Key burning
Diesel/LPG/LNG burning primary burning chamber/primary burning location
Extra burning
House time in the second chamber very little less than 2 secs
Both primary and also the second temperature level degrees protected till all the waste has actually been entirely combusted
Chimney
Smokeshaft with a minimal altitude of 4 meters above ground level
Minimum leave rate of the discharges not less than 10 metres/second
Temperature level Cautions
Unique and/or obvious alarm to caution the vehicle driver when the additional temperature degree drops to below the called for temperature level
General
Control box that can be separated and positioned on separate stand at the very least 1.5 meters from incinerator at around 1.6 meter height

Burner variation A.
Burn Price 65kg/h minimum.
Weight (kg), please suggest:.
Second Chamber.
Gas Retention Time – – – – 2 Seconds. Power Supply – for – Control Box – 220V-240V 50Hz solitary phase.
10m Tube Pipeline, suggest size. I000 Litre Gas Container+ Pipeline System, show volume. Included smokeshaft expansion
, indicate elevation. Service warranty, recommend no of years

Heater style B. Burn Price 150kg/h minimum.
Gas Retention Time – – 2 Secs. Diesel/LPG/LNG, please indicate. Minimum operating temperature level 920 ° C, please suggest.
10m Pipeline Pipeline, show dimension. I000 Litre Gas Container+ Pipe System, reveal quantity. Extra smokeshaft growth, show elevation.
Guarantee, reveal no of years

Heater variation C.
Burn Rate 250kg/h minimum.
Weight (kg) please indicate:.
2nd Chamber.
Gas Retention Time 2 Secs.
Fuel Diesel/LPG/LNG, please program.
Power Supply for Control Box 220V-240V 50Hz solitary phase.
Minimum running temperature 920 ° C, please show.
One year Spare Parts Package for total maintainability.
10m Tube Pipe, recommend length.
I000 Litre Gas Container + Pipe System, reveal amount.
Added smokeshaft growth, reveal elevation.
Service guarantee, suggest no of years

Whole lot 4– – High Temperature Waste Incinerator.
HTW Incinerator layout D. Burn Cost – – 150kg/hour minimum.
Weight (kg), please show:.
Additional Chamber.
Gas Retention Time 2 Seconds.
Gas Diesel/LPG/LNG, please indicate.
Power Supply for Control Box 220V-240V, single stage 50-60Hz.
Minimum operating temperature level 1200 ° C, please show.
One year Spare Elements Plan for overall maintainability.
10m Hose pipe Pipeline, show length.
1000 Litre Gas Storage Tank + Pipe System, suggest volume.
Additional smokeshaft development, suggest elevation.
Service warranty, reveal no of years

Great deal 5– – Mobile Burner.
Mobile Incinerator version E. Burn Price 50kg/h minimum. Weight (kg), please show:.
Gas – Retention Time – – 2 Seconds. Gas – Diesel/LPG/LNG, please show. Minimum running temperature level 850 ° C, please suggest.
Assurance, suggest no of years

Lot 6– – Mobile Incinerator.
Mobile Heater design F. Burn Price 100kg/h minimum. Weight( kg), please recommend:.
Extra Chamber.
Gas Retention Time – – – – 2 Secs. Gas – Diesel/LPG/LNG, please suggest –. Power Supply – for – Control Box – 220V-240V 50Hz single stage. Minimum running temperature 850 ° C, please suggest. One year Spare Elements Package for full maintainability.
10m Tube Pipe, suggest length.
1000 Litre Fuel Storage Tank + Pipeline System, suggest quantity.
Additional smokeshaft growth, suggest altitude.
Assurance, show no of years

Good deal 7– – Heat Waste Mobile Burner.
HTW Mobile Incinerator style G.
Burn Rate 100kg/h minimum.
Weight (kg), please indicate:.
2nd Chamber.
Gas Retention Time – – – – 2 Secs. Gas – Diesel/LPG/LNG, please indicate. Power Supply for Control Box – – – – 220V-240V 50Hz solitary stage.
Minimum operating temperature 1200 ° C, please show.
One year Spare Parts Prepare for total maintainability.
10m Tube Pipeline, suggest size.
1000 Litre Gas Tank + Pipe System, show amount.
Additional chimney extension, recommend altitude


incinérateur pour animaux de compagnie

L’usine d’incinération doit intégrer un panneau de contrôle pour son fonctionnement. Sur le panneau de contrôle, nous aurons un visuel

affichage des températures de la chambre. Cet affichage visuel doit contrôler et surveiller l’incinérateur et ses performances.

La capacité de destruction en poids doit être de 60 Kg / h.

Il doit pouvoir fonctionner au moins 10 heures / jour

Cet incinérateur doit pouvoir détruire tous les déchets combustibles produits par les hôpitaux, cliniques privées, laboratoires,

instituts, etc…

Spécifications de conception: types A, B, C, D et E de déchets médicaux

Fourniture, installation et test UNITÉS SPLIT À CONDUIT au magasin de déchets avec une capacité suffisante pour maintenir l’intérieur

température à 14 degrés Celsius en étés et en hivers

инсинератор для животных на продажу

Инсинератор должен иметь ряд соединительных воздуховодов между выходами теплового реактора.

и вход в дымоход. Этот воздуховод должен состоять из труб с огнеупорной футеровкой и устойчив к высоким температурам.

трубы из листового проката толщиной не менее 3 мм, сваренные по длине.

  1. Стандартный дымоход должен быть изготовлен из пластин из углеродистой стали толщиной не менее 3 мм.

На стандартном дымоходе на конце трубы с огнеупорной футеровкой должен быть предусмотрен зазор для входа охлаждающего воздуха.

  1. Отдельные секции дымохода должны иметь фланцы с обеих сторон.
  1. Все секции загрунтовать и окрасить эмалевой краской на цинковой пыли.
  1. На дымовых трубах должны быть предусмотрены опорные тросы.
  1. В пределах участка воздуховода должно быть расположено следующее: –
  1. Монтажные трубки для приборов оптической плотности дыма.
  1. Гибкий компенсатор расширения.
  1. Соединение для хрома / квасцов. Термопара, которая является неотъемлемой частью температуры дымовых газов

индикатор / двухступенчатая сигнализация.

2.5 ДОСТУПНЫЕ ДВЕРИ

  1. Они должны прикрепляться к передней панели первичной камеры сгорания на шарнирах и содержать

1- Полноразмерная дверца доступа / удаления золы обычно удерживается в закрытом положении двумя зажимами маховика.

2- Дверца меньшего размера для загрузки мусора откидывается от основной двери и находится в ней. Эта дверь должна иметь не менее 500

  1. х 500 мм. отверстие и обычно удерживаются в закрытом положении с помощью быстросъемной защелки.
  1. Смотровое окно, сконструированное таким образом, чтобы смотровое / защитное стекло можно было мыть во время

инсинератор работает и расположен в дверце загрузки отходов, чтобы оператор мог безопасно наблюдать

ход горения.

  1. Каждая дверь должна быть изготовлена из низкоуглеродистой стали и иметь внутреннюю футеровку в соответствии с теми же стандартами, что и камера сгорания.

камеры.

2.6 ГОРЕЛКИ И УПРАВЛЕНИЕ ГОРЕЛКОЙ

  1. На каждой камере сгорания должна быть установлена одна горелка, пригодная для работы на жидком топливе.