by oeoes
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 […]
by oeoes
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 […]
Recent Posts
- Waste Not, Want Not: METABIOTA Incinerator to Convert Waste into Energy in Cameroon
- YD100 Waste Incinerator: A Game-Changer for Waste Disposal at the Ministry of Defence Cameroon
- Respecting Tradition, Meeting Regulations: Crematorium Incinerators’ Dilemma
- Incinerating the Fear of Waste: How COVID-19 Waste Incinerators are Reducing Healthcare Facilities’ Anxiety
- Policy and Politics
- Incineration Technology Arrives in Cameroon: METABIOTA Waste Management Solution to Tackle Waste Crisis
- Ministry of Defence Cameroon Enjoys Enhanced Environmental Sustainability with the YD100 Waste Incinerator
- From Ashes to Oblivion: The Significance of Cremation Incinerators
- Waste Management Meets High-Tech: How COVID-19 Waste Incinerators are Revolutionizing the Industry
- The Silent Threat: How HMPV Incineration Can Harm Our Health
- Cameroon Takes a Step Towards a Cleaner Future: METABIOTA Waste Incinerator to Revolutionize Waste Management
- Effective Waste Management at the Ministry of Defence Cameroon: The YD100 Incinerator Solution
- For Crematoriums:
- A Clean Slate: How COVID-19 Waste Incinerators are Helping Healthcare Facilities Achieve a Zero-Waste Future
- Residents Fear for Their Health as HMPV Incinerator Project Moves Forward
- Safe and Effective: The Importance of Incinerators in Hospital Waste Disposal
- From Pandemic to Profit: How COVID-19 Waste Incinerators are Creating New Business Opportunities
- Toxic Fumes, Toxic Health: The Dangers of HMPV Incinerator Pollution
- Cleaning Up Healthcare: The Impact of Incinerators on Patient Well-being
- Incinerating the Stigma: How COVID-19 Waste Incinerators are Breaking Down Barriers in Healthcare Waste Management
- Disaster Recovery: How Incineration of Mycoplasma Pneumoniae Wastes Can Aid in Containing Infections following Outbreaks
- Breathing Easy? The Health Risks of HMPV Incinerator Emissions
- Incinerate, Don’t Contaminate: New Technology Eliminates Influenza A Virus Risk in Waste
- Innovative Solutions for Waste Management: The Rise of Incinerators in Hospitals
- Turning Tragedy into Triumph: How COVID-19 Waste Incinerators are Turning Medical Waste into Energy
- Fighting Infections with Fire: The Role of Incineration in Containing Mycoplasma Pneumoniae Containing Wastes
- Health Risks
- Combating the Spread: Influenza A Virus-Resistant Incinerator for Medical Waste Management
- Revolutionizing Healthcare: How Hospital Incinerators Support Sustainable Practices
- The Silent Partner in the Fight Against COVID-19: How Waste Incinerators are Supporting Healthcare Facilities
- Rise of the Respiratory Superbug: The Threat of Mycoplasma Pneumoniae and the Need for Effective Incineration of Containing Wastes
- Burning Questions: The Environmental Impact of the HMPV Waste Incinerator
- Waste Not, Flu Not: Introducing the Influenza A Virus-Less Incinerator for a Safer Tomorrow
- Disinfecting Medical Waste: The Role of Incinerators in Hospital Sanitation
- A Breath of Fresh Air: How COVID-19 Waste Incinerators are Reducing Healthcare Facilities’ Environmental Impact
- Disinfecting the Past: The Case for Incinerating Mycoplasma Pneumoniae Wastes to Minimize the Spread of Infections
- The Hidden Dangers of HMPV Incineration: How It Affects Our Environment
- The Flu-Fighting Frontline: Influenza A Virus-Resistant Incinerator Set to Revolutionize Waste Management
- Streamlining Waste Management: Benefits of Hospital Incinerators in a Modern Era
- Waste Not, Want Not: How COVID-19 Waste Incinerators are Turning Medical Waste into a Valuable Resource
- The Anatomy of a High-Risk Scenario: How Mycoplasma Pneumoniae Wastes Can Spread Infections and How Incineration Can Help Prevent Outbreaks
- HMPV Waste Incinerator: A Danger to Local Wildlife and Ecosystems
- Turning Waste into Safe Energy: Influenza A Virus-Resistant Incinerator Gets Green Light
- The Hidden Health Risk: How Inefficient Waste Disposal Threatens Hospitals
- Incinerating the Fear: How COVID-19 Waste Incinerators are Reducing Healthcare Facilities’ Waste Management Concerns
- My Coping with the Consequences: The Role of Incineration in Managing Mycoplasma Pneumoniae-Contaminated Wastes
- Incinerator Risks Poisoning Our Air and Water: A Look at the HMPV Facility
- Flu-Proof Waste: Meet the New Incinerator Designed to Zaps Influenza A Virus
- Cutting Edge Technology: Hospital Incinerators Redefine Infection Control
- The High-Tech Solution to a Low-Tech Problem: COVID-19 Waste Incinerators Take Center Stage