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Louisiana refuses Ebola incineration waste

On October 13, 2014, Louisiana District Judge Bob Downing granted the Louisiana attorney general’s request for injunctive

relief against “potentially Ebola-contaminated material” collected from the Dallas, Texas, Ebola victim’s apartment.

The waste, contained within 142 55-gallon plastic drums, was first transported from the Dallas apartment to a Port Arthur

incinerator under a Department of Transportation (“DOT”) emergency special permit. From there, the ash residue was

scheduled to be transported to Calcasieu, Louisiana, for disposal. However, the landfill announced that it would not

accept the waste in a non-binding statement. The Louisiana attorney general followed up this announcement with a request

for a Temporary Restraining Order (“TRO”) to stop that waste from crossing the border into Louisiana.

The CDC, through its August 2014 guidance “Infection Prevention and Control Recommendations for Hospitalized Patients

with Known or Suspected Ebola Hemorrhagic Fever in U.S. Hospitals,” recommends that all Ebola-contaminated or potentially

contaminated materials be placed in leak- proof, rigid waste containment and sent for incineration or autoclaving in

accordance with DOT Hazardous Materials Regulations and DOT guidance. Of concern to the Louisiana attorney general, there

is no CDC post-incineration testing. In fact, the CDC in a letter to the Louisiana Department of Health and Hospitals

stated that “Ebola-associated waste that has been appropriately inactivated or incinerated is no longer infectious,”

without any references in support of the statement. EPA has also declined to regulate, indicating that medical waste

disposal is primarily regulated by the states. DOT indicated that the CDC and DOT plan to issue joint guidance regarding

disposal sometime next week. After reviewing these facts, the Louisiana District Judge granted the TRO, effectively

stopping the ash residue in its tracks in Texas.

The Texas hazardous waste incinerator and transporter are likely now actively seeking out alternative Type I or II

landfills to accept the waste. In the meantime, the CDC may also step up to verify and confirm the safety of the medical

waste post-incineration to ease the fears of other states, before they too shut their doors.

Soluciones de Incineración de Residuos Médicos en África de Habla Hispana y Francófona: La Experiencia de HICLOVER

Soluciones de Incineración de Residuos Médicos en África de Habla Hispana y Francófona: La Experiencia de HICLOVER

Una Necesidad Creciente en África Occidental y Central

En países como Guinea Ecuatorial y Malí, la gestión de los residuos médicos es un desafío urgente para hospitales, clínicas y programas de salud pública. El aumento de los desechos infecciosos, plásticos con contenido de PVC y jeringas usadas requiere equipos modernos capaces de garantizar la seguridad sanitaria y cumplir con las normas ambientales internacionales.

La Ventaja de los Incineradores HICLOVER

Los incineradores HICLOVER están diseñados para funcionar en entornos complejos donde la composición de los residuos es muy variable. Entre los modelos más adecuados para las necesidades regionales destacan el TS100 (100 kg/h) y el TS200 (200 kg/h), ya implementados en varios proyectos gubernamentales y hospitalarios en África de habla hispana y francófona.

Características Técnicas Principales

  • Doble cámara de combustión: primaria para la destrucción inicial, secundaria a 1100 °C con un tiempo de retención ≥ 2 segundos para reducir emisiones de dioxinas y furanos.

  • Control PLC automatizado: gestión de la temperatura, del encendido y del aire secundario, garantizando un funcionamiento seguro y eficiente.

  • Revestimiento refractario de alta calidad: resistente a ciclos térmicos intensos y con una vida útil prolongada.

  • Opciones de tratamiento de gases:

    1. Lavador húmedo (Wet Scrubber) para eliminar gases ácidos.

    2. Torre de lavado + desnebulización + adsorción de carbón activado + filtro de mangas, cumpliendo con los requisitos de financiadores internacionales (Banco Mundial, ONU, OMS).

Ejemplos de Aplicaciones Regionales

  • Guinea Ecuatorial: hospitales en Malabo y Bata requieren soluciones modernas para cumplir con los estándares internacionales de gestión de residuos.

  • Malí: clínicas en Bamako y programas de cooperación internacional buscan sistemas de incineración con tratamiento avanzado de humos.

  • Otros países africanos bilingües (francés y español): proyectos apoyados por la OMS y el PNUD favorecen sistemas móviles y en contenedor como el TS200.

Por Qué Elegir HICLOVER en África

  • Adaptabilidad: disponibles en versión contenedorizada, ideales tanto para zonas rurales como para hospitales urbanos.

  • Confianza institucional: seleccionados en múltiples proyectos de ministerios de salud y defensa en África.

  • Cumplimiento internacional: emisiones conformes a normas europeas y recomendaciones de la OMS.

  • Durabilidad y eficiencia: bajo consumo de combustible, mantenimiento sencillo y piezas de repuesto disponibles.

Conclusión

La demanda de soluciones modernas de incineración de residuos médicos está aumentando rápidamente en Guinea Ecuatorial, Malí y otros países de África bilingüe. Con modelos de alto rendimiento como el HICLOVER TS100 y TS200, hospitales, centros de investigación y programas gubernamentales pueden contar con una solución fiable, robusta y conforme a las normas internacionales.

Para más información y especificaciones:
www.hiclover.com
sales@hiclover.com

Mobile: +86-13813931455(WhatsApp)

Email:     sales@hiclover.com     
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2025-09-23/14:09:55

SMOKELESS INCINERATOR

THE SMOKELESS INCINERATOR FOR INDUSTRIAL PURPOSE, IN LAGOS NIGERIA
WE WANT TO KNOW THE CAPACITY OF THE EQUIPMENT, HOW MUCH LOAD OF WASTE CAN IT BURN AT A PARTICULAR TIME AND FOR HOW LONG, AND THE TYPE OF ENERGY REQUIRED FOR THE OPERATION. PRICE INCLUDING SHIPMENT
for the destruction of the followings:
Polyester, polypropylene, polystyrene, vinyl acetate plastic, synthetic plastics,
natural rubber, synthetic rubber, polyurethane sheet, and bulky films, solids and
– particles that can be easily sorted
– Items that easily degenerate such as paper, wood, leather and garbage
– Chemical waste solids and liquids, waste oil and other difficult-to-handle items

Medical Waste Incinerators

Medical Waste Incinerator

Manual load twin chamber incinerator for medical waste to burn 50kg/hr on continuous operation, with Primary temperature in the region of 800degC minimum and 1200degC or more in the Secondary chamber, complete with charging door, Ash door, Air and view ports, auxiliary air system with adjustable dampers, burners and burner control system and ignition unit, the whole to meet NEMA requirements and other international standards.

 

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/

Made-in-Vietnam waste incinerator shows its power

Made-in-Vietnam waste incinerator shows its power

VietNamNet Bridge – The waste incinerator of Vietnamese inventor Trinh Dinh Nang has been used in Bac Kan, Tuyen Quang and Thanh Hoa. But if it is used in other provinces as well, and therefore, can be produced on a large scale, the production costs will be much lower.

Nang’s waste incinerator was displayed at the Vietnam 2015 International Equipment and Technology Trade Fair, which caught the attention from many visitors.

He began working on such an incinerator some years ago, encouraged by the idea that his incinerator may help reduce the negative impact caused by hundreds of tons of medical waste.

In 2009, after successfully creating an incinerator, he filed a patent registration for his ‘hazardous waste incinerator’ to the Ministry of Science and Technology and got the patent in 2012.

Nang’s incinerator is a system which comprises a comprehensive combustion chamber which can burn waste in an uninterrupted process. The incinerator utilizes nano technology which disintegrates hazardous smoke, dust and frog.

The product is believed to have outstanding features which allow it to operate more effectively than products of the same kind.

Nang said that his waste incineration system is movable. The system can work properly if users have a small water tank and can treat the water.

He also said that all the incinerators available in Vietnam don’t have the pressure balance like his. The incinerator can burn waste, eject fire and not oil into burning materials. In the center of the combustion chamber, the temperature can reach 1,800oC.

With Nang’s incinerator, it doesn’t take much time to burn waste. The oil is durable, and there is no technical trouble with oil tubes.

The Ministry of Science and Technology (MST) has certified that Nang’s incinerator is the first medical waste incinerator in Vietnam which can satisfy the Ministry of Natural Resources and the Environment’s standards and it consumes the volume of fuel 80 percent lower than import products.

If the incinerator runs with diesel, it will need VND5,000 only to burn one kilo or waste. Meanwhile, the incinerators from US, Japan and UK would consume VND70,000-80,000 worth of fuel to burn a kilo of waste.

The outstanding feature of the made-in-Vietnam incinerator is that it can treat many kinds of waste, including domestic garbage and medical waste.

Director of the Bac Kan Science and Technology Department Do Tuan Khiem said the incinerator is a suitable choice for localities with moderate waste capacity. The machine is highly efficient and fuel-saving, which is big advantage in Vietnam’s conditions.

From: http://english.vietnamnet.vn/fms/science-it/145663/made-in-vietnam-waste-incinerator-shows-its-power.html

Incinerators differ from the simpler methods of open burning

Incinerators differ from the simpler methods of open burning as the operator has a higher degree of control over the burning process. The resulting higher temperatures, longer holding times and greater turbulence lead to more complete combustion of the waste. Although a wider range of wastes can be destroyed using high temperature single or dual-chambered incinerators, determined efforts should still be taken to reduce the quantity and type of waste generated and to implement other changes which would result in reductions in air emissions. Refer to section 3 for further information proper waste management practices and a listing of what waste can and cannot be incinerated.

The incinerator manufacturer’s operating instructions must be followed at all times to ensure designed temperature, holding time and turbulence conditions are achieved and to avoid damage to the facility. When operating during winter months, additional care must be taken because cold air introduced into the primary and secondary chambers may make it difficult for normal operating temperatures to be achieved. Operators must be properly trained and qualified to operate the equipment under both normal and emergency conditions. Owners are strongly encouraged to consult system manufacturers or other qualified persons with expertise before purchasing an incinerator. Additional guidance on the selection of incinerator technologies and their operational requirements can be obtained by referring to Environment Canada’s Technical Document for Batch Waste Incineration.

The installation and operation of monitoring and control systems is critical for the proper and safe operation of any incinerator.  The design, installation, certification and operation of continuous emissions monitoring systems (CEMS) should comply with the principles described in Environment Canada’s Protocols and Performance Specifications for Continuous Monitoring of Gaseous Emissions  from Thermal Power Generation. While the document is written for power generation facilities, the principles apply equally well to other types of facilities and continuous emissions monitoring systems. For incinerators operating in Nunavut, key operational parameters must be monitored at all times using on-line instruments capable of continuously measuring the combustion process and stack emissions quality. These instruments should be equipped with visible and audible alarms and be on-line whenever the incinerator is in operation, including ‘start-up’ and ‘cool down’ phases. Table 3 lists the monitoring and control system requirements.

New Medical Incinerator Ready for Afghanistan and Macau

incinerator 3

Items/Model TS10(PLC) TS20(PLC) TS30(PLC) TS50(PLC) TS100(PLC)
Burn Rate 10 kg/hour 20 kg/hour 30 kg/hour 50 kg/hour 100 kg/hour
Feed Capacity 20kg 40kg 60kg 100kg 200 kg
Control Mode PLC PLC PLC PLC PLC
Combustion Chamber 100L 210L 330L 560L 1200L
Internal Dimensions 50x50x40cm 65x65x50cm 75x75x60cm 100x80x70cm 120x100x100cm
Secondary Chamber 50L 110L 180L 280L 600L
Smoke Filter Chamber Yes Yes Yes Yes Yes
Feed Mode Manual Manual Manual Manual Manual
Voltage 220V 220V 220V 220V 220V
Power 0.5Kw 0.5Kw 0.5Kw 0.7Kw 0.7Kw
Oil Consumption (kg/hour) 5.4–12.6 7.8–16.3 10.2–20 12.1–24 14–28
Gas Consumption (m3/hour) 6.2–11.4 8–15.7 9.8–20 9.9–26.1 10–32.2
Temperature Monitor Yes Yes Yes Yes Yes
Temperature Protection Yes Yes Yes Yes Yes
Oil Tank 100L 100L 100L 100L 200L
Feed Door 30x30cm 45x40cm 55x50cm 70x55cm 80x60cm
Chimney 3Meter 3Meter 5Meter 5Meter 10Meter
Chimney Type Stainless Steel Stainless Steel Stainless Steel Stainless Steel Stainless Steel
1st. Chamber Temperature 800℃–1000℃ 800℃–1000℃ 800℃–1000℃ 800℃–1000℃ 800℃–1000℃
2nd. Chamber Temperature 1000℃-1200℃ 1000℃-1200℃ 1000℃-1200℃ 1000℃-1200℃ 1000℃-1200℃
Residency Time 2.0 Sec. 2.0 Sec. 2.0 Sec. 2.0 Sec. 2.0 Sec.
Gross Weight 1500kg 2200kg 3000kg 4500kg 6000kg
External Dimensions 140x90x120cm 160x110x130cm 175x120x140cm 230x130x155cm 260x150x180cm

OC emergency officials have plans for infectious diseases

Ebola outbreak

The Ebola outbreak has arrived from the other side of the world to the Lone Star State. Thomas Eric Duncan, the first person diagnosed with the deadly disease in the USA, died at a Dallas hospital on October 8, according to a report in USA Today. He carried the virus from Liberia to Dallas.

A Texas incinerator has destroyed drums loaded with items believed to have been contaminated by Duncan with Ebola in a report that appeared in The Austin American-Statesman. Veolia North America says the drums taken from a Dallas apartment where Duncan became ill were destroyed Friday at the company’s incinerator in nearby Port Arthur. His health care worker Nina Pham also contracted Ebola even though she wore protective gear while treating Thomas Eric Duncan, the first person diagnosed with the deadly disease in the USA.

With Ebola so prominently featured in the news, some Orange County residents may wonder what plans and procedures local emergency personnel have to respond to an outbreak.
Amanda Moore, Orange County Public Health Emergency Preparedness Planner, said the county has plans in place for all infectious diseases including Ebola. Moore said the procedures for infectious disease-like symptoms is to notify and inform emergency and medical personnel, contain the disease, take precautions, protect the public and disseminate vaccines.

There is also personal protective equipment for first responders.

She added she has been communicating with local, regional and state planning officials since the Ebola outbreak. Jeff Kelley, Emergency Management Coordinator for Orange County, said Moore’s job is to respond to public health outbreaks. He said Moore has been speaking with public health officials, hospitals, nursing homes and coordinating through daily conference calls to combat the Ebola threat. “We’re watching this very, very closely,” he said.

Kelley also added hospitals have their own emergency operating procedures. Jarren Garrett, chief administrative office for Baptist Orange Hospital, stated the hospital will follow the Centers for Disease Control & Prevention guidelines for all patients presenting to the hospital with Ebola symptoms. 

The CDC statement reads those who have traveled to West Africa in the last three weeks or who had close contact with someone who has traveled to West Africa and was ill or is known to be infected with Ebola and who have the following signs and symptoms:
Fever greater than 101.5 and at least one of the following:
Severe headache
Muscle or joint pain
Diarrhea and/or vomiting
Abdominal pain
Unexplained bleeding

Lee Anne Brown, assistant chief with the Orange Fire Department and the city’s emergency coordinator, said they are taking universal precautions. “We provide gloves and masks with face shields,” Brown said. “Acadian Ambulance Service carries body suits. We follow decontamination procedures.”

Brown said she’s been keeping up with the latest news on the outbreak.

She also cautioned that it’s the start of flu season and people need to protect themselves by washing their hands well and covering their sneezes and coughs as best one can.

 

by: http://therecordlive.com/2014/10/14/oc-emergency-officials-have-plans-for-infectious-diseases/

DIESEL FIRED INCINERATOR, WITH 650 LTR FUEL TANK AND 6M CHIMNEY


COMBUSTION CHAMBER VOLUME:  0.77m3

METAL THICKNESS: 3 MM

OPERATIONAL TEMPERATURE: 800°C -1200°C

GAS RETENTION: 2 SECONDS

BURN RATE: UP TO 65KG PER HOUR

FUEL CONSUMPTION: 16.9 LTRS PER HOUR

AVERAGE ASH RESIDUE (%): 3%  

THERMOSTATIC DEVICE, DOOR SIZE (M): 0.99 X 0.91M  DIMENSIONS (L X W X H): 2.30mx1.30mx2.55m(without chimney)

SHIPPING WEIGHT (KG): 4500kgs


INCINERATION IS A WASTE TREATMENT PROCESS THAT INVOLVES THE COMBUSTION OF ORGANIC SUBSTANCES CONTAINED IN WASTE MATERIALS. INCINERATION AND OTHER HIGH-TEMPERATURE WASTE TREATMENT SYSTEMS ARE DESCRIBED AS “THERMAL TREATMENT”. INCINERATION OF WASTE MATERIALS CONVERTS THE WASTE INTO ASH, FLUE GAS AND HEAT. THE ASH IS MOSTLY FORMED BY THE INORGANIC CONSTITUENTS OF THE WASTE AND MAY TAKE THE FORM OF SOLID LUMPS OR POWDER. 

HICLOVER – Medical Environmental 

ALL INCINERATORS’ CHAMBERS ARE LINED WITH HIGH GRADE REFRACTORY CONCRETE RATED TO 1600°C. SECONDARY CHAMBER TECHNOLOGY PREVENTS DIOXINS FROM CRACKING INTO SMALLER BUT MORE REACTIVE MOLECULES, THIS IS KNOWN AS DE NOVO FORMATION. THIS CAN BE ESPECIALLY APPARENT IN THE PRESENCE OF HEAVY METALS, WHICH CAN ACT AS A CATALYST. THE PREVENTION METHOD CAN BE EXPLAINED AS FOLLOWS: SYSTEM DESIGN FORCES THE MICRO PARTICULATES TO PASS THROUGH A FLAME CURTAIN, THIS BURNS HARMFUL EMISSIONS, GAS REMNANTS ARE THEN RETAINED IN THE SECONDARY CHAMBER, THROUGH THERMAL DECOMPOSITION, AND COMPLEX, CONTROLLED AIR DISTRIBUTION TO ENSURE A CLEAN ODOURLESS EMISSION.


 

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2020-06-27