Archive: July 10, 2025

pet dog incinerator up for sale

1. Ability of damage in weight: 60 Kg/h.
2. It should be able to run not much less than 10 hours/day
3. This burner must have the ability to demolish all flammable wastes created by healthcare facilities, exclusive clinics, laboratories, institutes, and so on.
4. Style Requirements: Kinds A, B, C, D, as well as E of medical waste
5. ” PYROLYTIC” burning, by managing the gasification of waste.
6. The burner must stay clear of the release of black smoke and also great dust, throughout the loadings.
7. It should have the ability to reduce the volume of wastes by 98%.
8. It ought to be able to hold discharge in the second shed with gas house of not less than 2 seconds.
9. The incineration should be completely without visible smoke in addition to offending odours.
10. The reduced calorific power (L.C.P) of this waste will be 3,500 kcal/kg
? The Temperature levels of burning: Minimum will be 850oC and also max 1400oC
? Article burning: >> 1100oC.
11. The Interior size of the Smokeshaft:? 400 and its elevation: 8 m.
12. The Quantity of the combustion chamber: 1.200 L.
13. The Dimension of the door for loading in cm: 70 × 70.
14. Heater operation must be Automatic On/Off.
15. Fuel: diesel.
16. The provider must supply needed info for the best of the installation.
This burner with “PYROLYTIC” burning should have:.
17. A burning chamber of waste:.
* Completely limited door for the hands-on loading of waste. The loading must be Handbook, Set Lots.
* A burner of illumination which the use is limited to the ignition of waste.
* Frontage of packing with door seals increased on joints, wheel of screw plug, adaptable joint, and also packing shielding out of refractory.

cremación de animales

Especificaciones técnicas de los controles externos de la TRITURADORA:

  • Controlado por PLC preprogramado
  • Indicación de historial de reversión y activación de contraseña
  • Arrancador de motor con protección contra sobrecarga
  • Parada instantánea automática de objetos duros en la plataforma de la trituradora
  • Inversión automática de la carga de corte pesado y reintento, hasta tres veces
  • Caja de control Nema tipo 12

Corte de cables:

  • Dimensiones de la cámara (ancho x largo x alto): aproximadamente 33 cm x 38 cm x 25 cm
  • Número de cuchillos: Aproximadamente 18 o para adaptarse a las necesidades del cliente.
  • Espesor del cuchillo: Aproximadamente 18 mm o para adaptarse a las necesidades del cliente
  • Diámetro del cuchillo: Aproximadamente 16 cm o para adaptarse a las necesidades del cliente
  • Tecth por cuchillo: mínimo 3
  • Número de ejes: 2, es decir, trituradora de doble eje

Accionamiento de la trituradora:

  • Debe ser impulsado por motor
  • Potencia del motor: aprox., 10 HP
  • RPM del motor: mínimo 1750
  • Reducción de velocidad: 60: 1
  • Torque generado; min 40 Nm o 350 lbs / pulg.
  • Caja de cambios: debe ser eje paralelo
  • Protección contra golpes: brazo de torsión con soporte de goma
  • Energía: 220vac, monofásica o 400 VCA, trifásica o según las necesidades del cliente

Complementos a incluir:

  • Soporte de Sherdder, fabricado con tubo de acero de 3 “cuadrados, altura estándar de 30 pulgadas
  • Tolva trituradora, fabricada en acero de calibre 16, con tapa de tolva conmutada opcional.

(E) Características y especificaciones técnicas del transportador:

Para llevar los residuos procesados del recipiente a la trituradora.

Control:

  • Protección de sobrecarga del arrancador de motor
  • Caja de control Nema Tipo 12
  • Topes de seguridad a lo largo de ambos lados del transportador

Auxiliares:

  • Soporte del transportador, fabricado con tubo de acero de 2 “cuadrados.
  • Paredes laterales elevadas fabricadas con acero de calibre 16

dimensión:

  • Longitud total: entre 20-25 pies o la longitud adecuada según los requisitos de instalación.
  • Ancho total: entre 24-30 pulgadas
  • en general (sin incluir el soporte): entre 12-14 pulgadas
  • Pendientes disponibles: 0-40 grados

Cinturón:

  • Velocidad de la banda: 75 fi / min
  • Espaciamiento de presas; aprox, 16 pulgadas

Manejar:

  • Conducido por motor
  • Caballos de fuerza: Aprox .075
  • RPM del motor: aproximadamente 60
  • Entrada de energía eléctrica: 220 vac. Monofásicos o 400 VCA, trifásicos o según las necesidades del cliente.

(F) Especificación técnica de las características del volquete:

  • Debe estar diseñado para permitir un fácil posicionamiento del contenedor debajo de la puerta para descargar los residuos procesados y

Inaneuverapilidad para levantar y volcar los desechos en la tolva de la trituradora.

  • Equipo con 2 contenedores para acomodar las cargas de residuos procesados a cargar en la trituradora y los residuos triturados a ser

transportado al contenedor de desechos.

  • Armazón: Armazón resistente para trabajo pesado construido de acero formado y soldado, formado y acero soldado para mayor resistencia.
  • Mástil: Fabricado con canal de acero para mayor resistencia y confiabilidad. Diseño de estructura abierta completo con

jaula de seguridad para ofrecer mayor visibilidad

  • Cadenas de elevación: debe ser una cadena de elevación doble de estilo de rodillo y debe cumplir con un factor de seguridad de al menos 6: 1
  • Sistema hidráulico: cilindro duradero con un pistón cromado y una válvula de alivio para protección contra sobrecargas
  • Horquillas: Horquillas fijas de servicio pesado de aproximadamente 4.0 ”de ancho x 42” de largo.
  • Plataforma; acero sólido
  • Batería: Una batería industrial de alta resistencia de 12 voltios, 125 amperios / hora.
  • La protección contra sobrecargas se conecta a cualquier tomacorriente de 220 VCA.
  • Dirección: una manija de dirección estilo transpaleta para la dirección y aprox. Ruedas fenólicas de 4 ”con rodamientos de rodillos ubicados

en las piernas a horcajadas.

  • Freno: Un freno de bloqueo de piso controlado a mano que asegura la unidad en su lugar.

Especificaciones:

  • Capacidad de carga; Aproximadamente 1500 libras
  • centro de carga: Aproximadamente 24 pulgadas
  • Altura de la horquilla elevada: para adaptarse a las necesidades del cliente
  • Altura total del mosto: para adaptarse a las necesidades del cliente
  • Altura rebajada: mínimo 4.0 pulgadas
  • Ancho de la horquilla fija: aproximadamente 7 pulgadas
  • Longitud de la horquilla: aproximadamente 42 pulgadas
  • Plataforma de aproximadamente 25 “x 25”
  • ancho total de aproximadamente 25 pulgadas
  • ruedas: fenólico de aproximadamente 5 pulgadas
  • Rueda delantera: fenólico de aproximadamente 4 pulgadas

Схема обращения с медицинскими отходами в Судане

• Скорость горения 25 – 30 кг / час.
• Состоит из двух камер для обеспечения значительного снижения выбросов и может работать при температурах в диапазоне 800–1000 ° C.
• Инсинератор должен иметь конструкцию, не требующую особого обслуживания, работать на дизельном топливе и требовать не более 15 ампер 220–250 В. Необходимо указать потребление кВт в час.
(1) Каковы основные различия между медицинскими инсинераторами: YD-10C и TS10 (PLC)?
(2) После сгорания медицинские отходы превращаются в дым? Без запаха? Никакого загрязнения?
(3) Что нам делать, чтобы выпустить дым? Подготовить трубу для вывода дыма на завод?
(4) Любое руководство по эксплуатации для справки, мы беспокоимся, что с ним трудно работать?
• Мусоросжигательная печь также должна работать от генератора.
• Мусоросжигательная установка должна иметь дополнительный бак и использовать не более 12 л дизельного топлива в час для сжигания 25-30 кг отходов. Варианты сжигания медицинских отходов для Кабула, Афганистан
• Конструкция должна быть такой, чтобы минимизировать риск для операторов, и иметь простую последовательность запуска, чтобы минимизировать обучение и навыки оператора.
• Снижение количества твердых отходов в диапазоне 90–97% должно достигаться в плановом порядке. Центральная станция термической обработки в городе Хартум (9 миллионов жителей) мы начали с двух автоклавов, которые до сих пор обрабатывают до 18 тонн в день, и с нетерпением ждем возможности добавить установку для сжигания медицинских, фармацевтических и опасных отходов.

medical incinerators

* clinical burners, The insulation of the burning chamber need to be made up of refractory bricks, having a.
high content of aluminium and also protects bricks in order to ensure a minimum temperature on.
the outside sheet metal.
* Structure of the refractory;

? Refractory concrete:.
?. Thickness : ≥ 100 mm.
?. Nature: 42% of Al203.
? Protect in fibrous panels:.
?. Density: ≥ 75 mm.
? Nature: Calcium silicate.
* Heater of lighting of waste, with gas, standard mono-bloc casting leading diving fire, lights and also safety of electronic ignition, long-term ventilation, electromagnetic sluice entrance of regulation and also isolating valve.
* Plate of combustion in Carborundum, avoiding the dealing with of glass and slags.

18. A chamber of post combustion of gases.
* A heater of combustion of gases,.
* A gadget of injection of air permitting a total recombustion of gases,.
* A device of air inlet of air conditioning of waste gases,.
* A sheath of emptying of the gases burnt.
* Carcass in solid sheet steel with support of link.
* Composition of the refractory;.
? Refractory concrete:.
? Thickness : ≥ 150 mm.
? Nature: 65% of Al203.
? Protect in fibrous panel:.
? Thickness: ≥ 85 mm.
? Nature: Calcium

МОБИЛЬНЫЕ ИНСИНЕРАТОРЫ МЕДИЦИНСКИХ ОТХОДОВ

Список основных продуктов

Первичная камера сгорания

Вторичная камера сгорания

Камера смешанного сгорания

Камера дымового фильтра

Контроллер инсинератора

Дымоход: 5,0 метра * (обновление до нержавеющей стали, бесплатно)

Италия масляная горелка: 02 комплекта

Масляный бак: 1 5 0 литров

Мобильный трейлер для мусоросжигательного завода

















Модель

YD -50С

Скорость горения (кг / час)

В среднем 20-5 0 кг / час

Емкость подачи (кг)

В среднем 80 кг / кормление

Вес оборудования

2 5 00 кг (инсинератор)

Первичная камера (литры)

400

Вторичная камера (литры)

140

Внешние размеры (см)

180x160x200

Внутренние размеры (см)

70x70x85

Масляный бак (литры)

150

Дверной проем (см)

45 × 55

Дымоход (M)

5

Тип дымохода

Нержавеющая сталь

Вторичная камера

ДА

Камера смешанного сгорания

ДА

Камера дымового фильтра

ДА

Горючее топливо

Масло

Время проживания

2.0 сек.

Контроль температуры

ДА

1-й. Температура камеры

800 ℃ -1000 ℃

2-й. Температура камеры

1000 ℃ -1200 ℃

Медицинская экология  

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.

New Courtice incinerator hits further delays



CLARINGTON — Clarington’s new energy-from-waste facility will be delayed a second time because the boilers aren’t operating properly and the ongoing startup period could cost Durham Region an extra $1 million.

“I’d rather see it delayed and done right than rushed,” said Clarington Mayor Adrian Foster.

The Durham York Energy Centre facility, located in Courtice, was scheduled to be fully operational on Dec. 14, 2014. Now the Durham York Energy Centre is not expected to be in full working order until the last quarter of 2015.

The major systems of the EFW facility have been tested. The boiler temperature is high enough for the combustion process but the steam temperature isn’t high enough, and officials aren’t sure what the problem is, says Durham’s works commissioner, Cliff Curtis.

The steam temperature has to be high enough to drive the turbine-generator. If the steam is too cool it can damage the turbine.

“It’s like running a car without oil,” said Mr. Curtis.

Covanta, the company building and operating the facility for Durham and York regions, has taken the boilers down for modifications, according to Mr. Curtis. It’s expected to take three weeks for the repairs and modifications. Then there will be a four-week demonstration period, followed by a 30-day acceptance test.

“We’re not getting the temperature we expected out of the boiler. Once we get the temperature up, I think everything will fall into place,” said Mr. Curtis. “It’s Covanta’s problem to deliver us the product that performs the way they said, so they’re going to take the time they need.”

The delay means added consultant costs for construction management, legal advice and baseline ambient air monitoring. A Durham Region works report said Durham’s share of the additional costs is $1 million, which can be provided from a temporary draw on the solid waste management reserve fund.

“What’s the final cost going to look like?” said Clarington Regional Councillor Joe Neal, who added he still has concerns about the emissions meeting the Ministry of Environment rules. “There are clearly issues with getting it started out.”

Since Jan. 16, Durham has been charging Covanta a $10,000-a-day late fee for every day the EFW facility is not fully operational. The invoice has been sent to Covanta, but it hasn’t been paid yet, according to Mr. Curtis.

In mid-February, the incinerator began burning its first haul of curbside garbage. It was part of a testing phase before the facility opens fully.

Durham cancelled landfill contracts and began sending garbage to the Courtice facility. Some garbage was burned at the EFW plant during the test phase, without producing power to the grid. Covanta has also been sending the trash to its incinerator in New York state, or landfills in the Niagara region.

Until the EFW facility is up and running, the Region only pays Covanta half price of the agreed upon per-tonne fee. However, Durham isn’t making any money until the plant is fully operational and selling power back onto the grid.

“We’re still on budget. I’d rather be getting electricity sales on the grid,” said Mr. Curtis.

The plant construction is coming in slightly under budget, according to the works commissioner.

There are a few loose ends that could end up costing Durham Region more money. There is still disagreement with former property owners on the value of the land expropriated for the facility, and a ruling is not expected until fall of next year. The final cost for the utility construction and connection costs is expected in coming months. The baseline ambient air monitoring runs until the EFW facility is operational, so the delay in opening means an ongoing monitoring cost.

“There’s some minor cost over-runs on some of the smaller items but generally we’re financially on track to bring this in on budget and we look forward to having it online by the end of the year,” said Mr. Curtis.

HOW THIS IMPACTS YOU

The Durham York Energy Centre is designed to process up to 140,000 tonnes of waste each year, and generate 17.5 gross megawatts of renewable energy — enough to power between 10,000 and 12,000 homes. A key part of the economic case for the energy-from-waste facility depends on it generating electrical power revenue.

from: http://www.durhamregion.com/news-story/5682601-new-courtice-incinerator-hits-further-delays/



QUEMADOR DE RESIDUOS FUERTE

Cámara primaria: consiste en un hormigón refractario monolítico de alto grado con un respaldo de aislamiento de alto grado. Utilizar un hogar refractario o equivalente para la remoción continua de cenizas.

Cámara secundaria: consta de fibra cerámica refractaria de alta densidad y baja masa térmica con una innovadora capa protectora de baja emisividad. Planta de tratamiento de residuos biomédicos (Incineración) con panel.

INCINERADOR DE RESIDUOS SÓLIDOS Capacidad de alimentación: 200 a 220 Kg.
Tasa de quemado * 60 kg / h
Ingredientes para quemar Algodón, caucho, láminas de PVC, guantes de PE, aceite, botellas de plástico, papel, etc.
Cámaras * Cámara dual.
1: Aire controlado primario
2: Exceso de aire secundario
Requiere monitoreo de temperatura
Se requiere control de temperatura para cámaras primarias y secundarias
Estado del sistema y alarmas Requerido para todos los parámetros necesarios.
Conexiones y accesorios Se requiere un paquete completo (incluidas boquillas y bridas, etc.)
Requerimientos de instalación. Tan bajo como sea posible . Casi tipo Plug & Play.
Bocetos dimensionales, manuales de operación e instalación. Requerido
Apagado: se requiere un sistema de gas
Se requiere aislamiento térmico para la instalación en interiores
Entrega Puerto marítimo de Karachi – Pakistán

Los detalles de los componentes del incinerador son los siguientes:
Rango de características de nombre de componente.
Temperatura de la cámara principal requerida * 800 – 1000 ° C.
Fuente de calefacción Gas natural

Temperatura de la cámara secundaria * 1100-1300 grados. C
Fuente de calefacción Gas natural + propano o fueloil como fuente adicional
Tiempo de residencia sin gas 2 segundos.
Material refractario Material * Alúmina (56 – 80% puro)
Revestimiento * SS 316L
Vida útil * 10 – 15 años.
Temperatura nominal 1600 – 1800 ° C C
Medios Ligeramente ácidos
Material de aislamiento Fibra cerámica
Espesor mínimo 25 “
Sistema de alimentación y extracción de cenizas Puertas cerradas con ventilación hermética (se preferirá la alimentación desde la parte superior)
Repuestos necesarios para 5 años de funcionamiento sin problemas

healthcare facility incinerator

* Burner with gas, mono-bloc casting assisting kind with straight fire, lights and safety and security of digital ignition, permanent ventilation, electro-magnetic sluice gate of policy and separating shutoff.
* An additional injection of air to make certain excellent oxygen content.
19. A control box guaranteeing the total cycle of burning.

20. Fan:
* Electro-ventilator distributing the secondary air, the regulation of the air circulation being accomplished by shutoffs and adhering to the control of the automatic cycle.
21. Controls as well as policies:
Control box watertight to dust, consisting of:

* A button circuit breaker for each engine (ventilators and also heaters).
* A timer with adjustable temporization for the law of each heater.
* A regulatory authority with digital watching for the temperature level of combustion.
* A regulatory authority with digital watching for the temperature of postcombustion.
* Electric box.

21. The de- ashing has to be performed in the bottom of the combustion chamber or the deashing need to be Automatic or manual set de ashing.
22. Refine Filtering system: Scruber to be mentionned as optional
23. Emission Standards Conformity: BS 3316 or équivalent criterion
23. Capability to treat Plastic: Not much less than 40% by weight
24. CE Production Conformity: BS EN 746-2-1997
22. The provider has to give sets of extra parts of first seriousness as well as consumable of the incinerator.
23. The set up burner should bear a one year assurance.
24. The distributor shall perforn an onsite installment of the burner.
25. The technical training of drivers will have to be offered and also given by a professional from
the manufacturing facility; it will contain medicinal and also preventative upkeep, and using machine, etc

NB.: Civil works and any kind of other related services for the setup and also training of operators need to be consisted of in the burner’s cost.
Specification for the shelter of the incinerator: House of the incinerator comprehensive in offer (your house have to have facilities for hand cleaning and also firefighting).
This product and also tools must include in the shed of the burner: foundation in rubble stone, seclusion roofing versus humudity; elevation with brick of 20 cm (bloc cement), proceeding lintel (linteau) in enhanced concrete; steel frame (charpente en steel); roof covering in sheet B.C.A. 28 BG (Toiture en t?le), steel rain gutter, sanitary installation (laundry basin, soakway pit of 20 m of deepness); ash pit of 30 m3, electric setup; concrete piece for dealing with the burner; chanel for evacuation of rain water or waste water, cord mesh for oygenation up the lintel; smooth rougtcasting of walls (interior as well as outside); plinth with cement; 2 metal doors; email paints inside and also latex paints outside your home on walls and on doors; roofing limit (planche de rive); steps for this spec will certainly depend upon the dimension of the incinerator which will identify the size of the shed of the incinerator., etc

Инсинератор с предварительным нагревом форсажной камеры

ПЕРВИЧНАЯ КАМЕРА

Прочный стальной корпус

Высококачественная огнеупорная футеровка и изоляция. Большая полноразмерная дверь с противовесом с верхней загрузкой.
1 x мазутные / газовые запальные горелки, работающие вкл / выкл

ВТОРИЧНАЯ ПАЛАТА

Прочный стальной корпус

Высококачественная огнеупорная футеровка и изоляция, время пребывания в газе 2 секунды
1 x мазутные / газовые запальные горелки, работающие вкл / выкл

КАМИН

Прочный корпус из нержавеющей стали

ПАНЕЛЬ УПРАВЛЕНИЯ

Управление первичной и вторичной горелками Контроль температуры с 4-значным дисплеем Устройство управления термостатом для горелки (экономия топлива) Управление таймером 0-12 часов

Встроенное управление таймером вентилятора

Технические характеристики

Топливо
Дизель

Вместимость
900 кг (1,35 м³)

Скорость сжигания
150 кг / ч

Средний остаток золы
3%

Средний расход топлива в час
20 литров

Операция
Мин. Рабочая температура 950 ° C
Максимум. Рабочая температура 1320 ° C
Время пребывания во вторичной камере 2 секунды
Контроль температуры ДА

ДОПОЛНИТЕЛЬНОЕ

Руководства по эксплуатации и техническому обслуживанию Список запчастей

КЛЮЧЕВАЯ ОСОБЕННОСТЬ

• Предварительный нагрев форсажной камеры

• Температура сжигания выше 1300 ° C

• Стальной корпус толщиной 5 мм и полная изоляция

• Футеровка из плотного огнеупорного бетона до 1600 ° C.

Wastes That Can be Burned or Incinerated

Total combustion converts waste into inert bottom ash with minimal development of smoke, fly ash and also harmful

gases. Numerous aspects affect this procedure including the heating value, moisture as well as chemical composition of the

waste itself, operating conditions in the shed chamber (i.e. temperature level, holding time and also turbulence) and also

driver ability.

The technique used is necessary in identifying what can securely be burned. Particular wastes can only be incinerated

making use of equipment that has actually been particularly developed and also equipped with enough air contamination controls which

attain particular air discharge standards. Waste having chlorinated substances (i.e. chlorinated

solvents and plastics, PVC piping, timber treated with pentachlorophenol or PCB-amended paint, marine driftwood)

must be separated from various other waste as their burning will certainly result in the de novo development as well as exhaust of various

dioxin and furan compounds. Waste including mercury (i.e. batteries, thermostats as well as fluorescent light bulbs) as well as

various other hefty metals (i.e. lead acid batteries, timber treated with lead paint) should not be burned as the mercury

as well as heavy steels will not be ruined. Other waste that needs to not be shed unless using specially developed

incinerators consist of made use of lubricating oil, hydrocarbon contaminated soil, biomedical waste, sewer sludge or any kind of

other waste specifically prohibited by the Division of Environment.

Table 2 supplies a listing of typical wastes that can be shed and those that call for special factor to consider and

therapy. Note that open burning and incineration are recognized as separate columns in the table which

various restrictions apply relying on which approach is used. In general, much more restrictions relate to the

different techniques of open burning because of the incomplete combustion achieved. Fewer restrictions put on

incineration as a result of the operator’s capability to control the burning procedure.

Non-combustible products such as steel and also glass do not burn as well as will certainly rob warmth away from waste that can be

ruined by burning. Flammable waste needs to always be separated from non-combustible waste prior to being filled

into the melt chamber.