Medical Waste Incineration Solutions in Cameroon: HICLOVER’s Proven Experience

Growing Demand in Cameroon’s Healthcare and Defense Sectors

Cameroon, located in Central Africa, faces increasing pressure to safely manage hazardous medical waste from hospitals, research institutions, and military health facilities. With a rising population and expanding healthcare infrastructure, the government has prioritized sustainable medical waste disposal systems that comply with international environmental and health standards.

In particular, military health services and national research programs require robust and reliable incineration systems to protect both soldiers and civilians from the risks associated with infectious medical waste.

HICLOVER’s Contribution to Cameroon

HICLOVER has a strong track record of supplying high-quality medical waste incinerators across Africa. A recent project included the delivery of a 100 kg/hour capacity medical incinerator (Model YD100, equivalent to TS100) to a major health authority within Cameroon. This unit was designed to support a government health program under the Ministry of Defense, demonstrating the trust placed in HICLOVER by official institutions.

By partnering with international health organizations and national defense health directorates, HICLOVER has proven its ability to deliver customized, high-performance incinerators that meet both local needs and international donor requirements.

Technical Advantages of the YD100/TS100 Model

The HICLOVER YD100 / TS100 incinerator is engineered for mid-scale healthcare facilities, research institutes, and defense medical units.

• Capacity: 100 kg/hour average burn rate

• Primary Chamber: Durable refractory lining, 1,200 liters

• Secondary Chamber: 400 liters, ≥1100°C, ≥2 seconds retention time

• Fuel Options: Diesel, natural gas, or LPG

• Control Mode: PLC automation with temperature monitoring and safety interlocks

• Emission Control Options:

  • Wet scrubber system for acid gas treatment

  • Advanced smoke abatement package with quench tower, activated carbon, and baghouse filter

These features ensure clean combustion, reduced emissions, and long-term durability, even under the challenging waste streams often encountered in African healthcare systems.

Why Cameroon is a Strategic Market

1. Government-backed programs: Ministries of Health and Defense are investing in modern waste treatment to protect public health and the environment.

2. International support: Projects funded by global organizations (UNDP, WHO, World Bank) often require compliant incineration technology.

3. Urban-rural balance: Large hospitals in Yaoundé and Douala need centralized units, while rural clinics and military posts benefit from containerized, mobile solutions.

In local context:
“La gestion durable des déchets médicaux est devenue une priorité au Cameroun, et les incinérateurs modernes comme HICLOVER TS100 répondent à ce besoin.”
(French: Sustainable medical waste management has become a priority in Cameroon, and modern incinerators such as the HICLOVER TS100 address this need.)

Conclusion

HICLOVER’s experience in delivering the 100 kg/hour YD100/TS100 incinerator to a key government-backed program in Cameroon highlights its ability to serve demanding clients in both the healthcare and defense sectors. With proven technology, advanced smoke emission control systems, and flexible configurations, HICLOVER continues to be a trusted partner for medical waste incineration solutions in Cameroon and across Africa.

For specifications and procurement inquiries:
www.hiclover.com
sales@hiclover.com

Traitement Avancé des Déchets en Algérie avec l’Incinérateur HICLOVER TS100 PLC

Le Défi des Déchets Médicaux en Algérie

Le système de santé algérien se développe rapidement. De nouveaux hôpitaux, des campagnes de vaccination et des laboratoires diagnostiques génèrent un volume croissant de déchets médicaux dangereux. Pour se conformer aux normes internationales telles que la Directive Européenne sur les Émissions Industrielles (2010/75/UE – IED) et aux directives de l’OMS, l’Algérie a besoin de systèmes d’incinération des déchets robustes, efficaces et respectueux de l’environnement.

HICLOVER TS100 PLC : Conçu pour l’Efficacité et la Conformité

L’incinérateur HICLOVER TS100 PLC est un système avancé, prêt à être containerisé, spécialement conçu pour le traitement des déchets de santé et institutionnels. Sa conception technique garantit l’élimination sûre des déchets infectieux, des objets piquants et des résidus pharmaceutiques, tout en respectant les limites d’émission les plus strictes au niveau international.

Principales Caractéristiques Techniques

• Capacité de Combustion
  Le TS100 PLC atteint un débit moyen de 30–50 kg/heure, traitant efficacement les flux de déchets de petite et moyenne taille dans les hôpitaux régionaux et les centres de santé.

• Double Chambre de Combustion

  • Chambre primaire : fonctionne entre 800–1000°C, réduisant efficacement les déchets biologiques en cendres.

  • Chambre secondaire : maintient 1100–1300°C avec un temps de résidence de 2 secondes, garantissant la destruction complète des pathogènes, des dioxines et des furanes, conformément aux normes de l’OMS et de l’UE.

• Revêtement Réfractaire Avancé
  Les deux chambres sont doublées de briques réfractaires à haute teneur en alumine (≥115 mm, 65 % Al₂O₃, qualité 1750°C), soutenues par une isolation en fibre céramique. Cette conception améliore l’efficacité, réduit les pertes de chaleur et prolonge la durée de vie de l’équipement.

• Système de Contrôle Automatique PLC
  Le contrôle PLC gère la combustion, surveille les températures via des thermomètres en corindon (jusqu’à 1400°C) et active des alarmes de sécurité. Un écran LCD convivial permet de suivre les paramètres en temps réel.

• Sécurité et Économie d’Énergie

  • Fonction d’économie de carburant intelligente réduisant l’activité des brûleurs lorsque les déchets s’auto-enflamment.

  • Système d’alarme automatique (affichage/voix/lumière).

  • Refroidissement automatique et interverrouillages de sécurité pour protéger l’opérateur.

• Traitement des Émissions
  Le TS100 PLC inclut un système sec de filtration et peut être équipé en option d’un laveur humide, d’une adsorption au charbon actif et de filtres à manches. Cela permet à l’Algérie d’atteindre les niveaux d’émission européens :

  • Poussières ≤ 10 mg/Nm³

  • CO ≤ 50 mg/Nm³

  • Dioxines/Furanes ≤ 0,1 ng TEQ/Nm³

• Protection des Opérateurs et Maintenance
  Livré avec 3 kits complets d’EPI résistants à la chaleur (tabliers, gants, bottes) et un lot de pièces détachées pour deux ans, le TS100 PLC garantit une exploitation sûre et durable.

Pourquoi le TS100 PLC est Idéal pour l’Algérie

1. Adaptabilité : dimensions compactes (230 × 130 × 155 cm), chargement latéral manuel, adapté aux hôpitaux urbains comme aux cliniques provinciales.

2. Flexibilité de Carburant : fonctionne au diesel, avec une consommation moyenne de 10–12 kg/heure, économique et facilement disponible en Algérie.

3. Durabilité : structure robuste, conçue pour résister aux climats nord-africains.

4. Certification Internationale : certifié CE et ISO 9001:2015, convenant aux ONG, projets financés par des bailleurs et aux appels d’offres gouvernementaux.

Soutenir les Engagements Environnementaux de l’Algérie

L’adoption de l’incinérateur HICLOVER TS100 PLC permettra de réduire la combustion à l’air libre et l’enfouissement dangereux, de protéger le personnel de santé et d’aligner les établissements algériens sur les normes européennes.

Conclusion

Le HICLOVER TS100 PLC est une solution pratique, durable et technologiquement avancée pour répondre aux besoins croissants de gestion des déchets médicaux en Algérie. Avec sa combustion robuste, ses systèmes de traitement des émissions et ses dispositifs de sécurité, il constitue le choix idéal pour moderniser le traitement des déchets en Algérie.

Contact HICLOVER dès aujourd’hui :
Email : sales@hiclover.com
Site Web : www.hiclover.com

Advanced Waste Management Incinerator Solutions in Tanzania: HICLOVER’s High-Temperature Technology

Tanzania, as one of East Africa’s most dynamic developing countries, is facing pressing challenges in the field of waste management. Rapid urbanization, the expansion of medical facilities, and population growth have made efficient and environmentally responsible waste treatment a top priority. Among the available technologies, the waste management incinerator has proven to be the most practical and reliable solution for medical and hazardous waste disposal. HICLOVER, a global supplier of advanced incinerator systems, has introduced equipment designed to meet Tanzania’s specific needs while integrating sustainable waste management solutions.

The Role of High-Temperature Incineration in Tanzania

Unlike open burning or uncontrolled landfills, incineration at controlled high temperatures ensures the complete destruction of pathogens and reduces waste volume by up to 90 percent. A Tanzania incinerator high temperature system can reach combustion temperatures exceeding 850C1200°C in the primary and secondary chambers. These systems ensure compliance with WHO-recommended standards for medical waste disposal.

In Tanzania, hospitals in Dar es Salaam, Mwanza, and Arusha increasingly rely on high-temperature systems to treat infectious materials such as used syringes, pathological waste, and contaminated plastics. By adopting incinerators that operate under controlled oxygen levels and precise thermal monitoring, medical institutions significantly minimize the risks of secondary pollution.

Introducing HICLOVER Model TS150 PLC-Controlled Incinerator

HICLOVER has developed a range of incinerators suitable for Tanzania’s infrastructure, among which the TS150 PLC controlled medical waste incinerator stands out. Designed for medium-scale hospitals and regional clinics, the TS150 integrates:

• Fully insulated refractory lining for heat retention and reduced fuel consumption.

• PLC automation to regulate burner ignition, combustion airflow, and ash removal cycles.

• Dual combustion chambers, with the secondary chamber ensuring complete flue gas oxidation.

• Optional wet scrubber system for emission control, meeting the stricter demands of international aid agencies.

• Diesel or LPG fuel compatibility, depending on local supply conditions in Tanzania.

This model is particularly effective for medical institutions supported by government programs, NGOs, and international donors who require both compliance and reliability.

Sustainable Waste Management in the Tanzanian Context

While incineration remains the backbone of medical waste treatment, sustainable waste management solutions in Tanzania also emphasize efficiency and environmental responsibility. HICLOVER integrates options for heat recovery, allowing captured thermal energy from incineration to be reused for hot water generation in hospitals. This is especially relevant in remote areas where energy resources are limited.

Furthermore, modular containerized designs allow for deployment in rural clinics and refugee camps, where mobility and ease of installation are essential. In such contexts, HICLOVER systems offer flexible capacity, with daily waste treatment ranging from 20 kg to 200 kg depending on the selected model.

Why HICLOVER Incinerators Fit Tanzania’s Needs

Tanzania’s geographical and infrastructural challenges demand robust, easy-to-maintain solutions. HICLOVER’s incinerators provide:

• Durability against high humidity and coastal conditions.

• Reduced fuel consumption via optimized combustion airflow.

• User-friendly PLC interfaces, reducing operator training requirements.

• Proven performance in over 40 countries, including East Africa.

As Tanzania continues to expand its healthcare sector, investments in safe waste management technology will be vital. HICLOVER provides international-grade incinerator solutions tailored for the local context.

Contact Information

For detailed specifications on HICLOVER incinerators, including the TS150 PLC controlled model, please visit www.hiclover.com or contact sales@hiclover.com for project consultations.

Efficient Biomedical and General Waste Management in Kenya: Why the HICLOVER TS30 PLC Incinerator is the Right Choice

Kenya, like many growing economies, faces increasing challenges in safe and compliant biomedical and general waste disposal. County hospitals, rural health centers, research laboratories, veterinary clinics, and private medical practices all produce significant volumes of infectious and general waste that must be destroyed safely to protect public health and the environment.

In response to both regulatory standards and practical on-the-ground needs, a waste incinerator capable of processing around 35 kg per batch load and rated at 35 kg/hour, featuring twin combustion chambers and adequate retention time, has become the preferred solution for many Kenyan institutions.

The HICLOVER TS30 PLC incinerator is a modern, efficient answer to these requirements―engineered to support Kenyan facilities in delivering safe and compliant waste management.

 Why Kenyan healthcare and related sectors need this type of incinerator

• Moderate daily waste volumes: Most small to medium hospitals, district clinics, and veterinary centers in Kenya generate roughly 30C40 kg of biomedical or mixed waste per day, making a 35 kg/hour capacity incinerator practical and cost-effective.

• Increasing regulatory pressure: The Kenyan Ministry of Health and the National Environment Management Authority (NEMA) emphasize using incinerators with:

  • A primary and secondary combustion chamber

  • A minimum 2-second retention time at temperatures exceeding 850C1000°C

• Front-loading design: In Kenyan settings―often with limited space and need for straightforward operation―front-loading is safer and easier to use, especially for handling bagged medical waste and cartons.

• Reliable daily operation: Facilities in both urban counties (like Nairobi, Kisumu, and Mombasa) and rural counties need dependable equipment that can run daily, with minimal downtime and local staff training.

 Key features of the HICLOVER TS30 PLC incinerator

The HICLOVER TS30 PLC is specifically built to meet these practical and technical needs:

• Capacity & performance:

  • Handles around 35 kg per batch load

  • Designed for a burn rate of ~35 kg/hour

  • Ideal for small hospitals, private clinics, and regional labs

• Twin-chamber design:

  • Primary combustion chamber destroys solid waste at 800C1000°C

  • Secondary chamber burns off flue gases at ≥1000C1300°C with ≥2 seconds retention time, meeting WHO and Kenyan guidelines for complete combustion and dioxin reduction

• Front-loading door:

  • Easier and safer for staff

  • Handles bagged waste and small boxes without the need for complex lifting equipment

• PLC automatic control system:

  • Simplifies operation, supports temperature monitoring, and ensures consistent performance

  • Local staff can be easily trained to operate and monitor the system

• Compact and robust:

  • Built with high-alumina refractory brick (≥115 mm thickness) and stainless steel components to withstand continuous use and high heat

  • External dimensions suitable for typical Kenyan clinic incinerator houses or small dedicated spaces

 Additional advantages for Kenyan facilities

• Fuel flexibility: Can be configured for diesel, LPG, or natural gas―matching fuel availability in different counties

• Environmental responsibility:

  • Optional wet scrubber or particulate filters to further reduce emissions, suitable for facilities near residential areas or schools

• Easy maintenance & spare parts:

  • Supplied with optional replacement burner kits and service tools

  • Technical support and training materials provided for local teams

 Why HICLOVER TS30 PLC fits Kenya’s healthcare infrastructure

Kenya’s healthcare sector is a mix of county hospitals, missionary hospitals, private clinics, and NGOs. Many of these facilities:

• Produce a moderate but steady amount of biomedical waste

• Need equipment that is reliable, durable, and not overly complex

• Operate with limited technical staff and variable budgets

• Must comply with Kenyan NEMA environmental standards and Ministry of Health guidelines

The TS30 PLC meets these challenges:

• Burn rate and batch size match daily needs without overcapacity

• Twin-chamber design ensures compliance and safety

• Front-loading and PLC controls simplify training and daily use

• Compact size makes installation feasible even in space-limited compounds

 HICLOVER’s experience and commitment

HICLOVER has supplied incinerators to over 50 countries, including African nations like Kenya, Rwanda, Nigeria, Ethiopia, and Cameroon, as well as major international institutions such as the United Nations, WHO, and UNDP.

With each project, HICLOVER supports:

• Customization to meet local fuel types, regulations, and site constraints

• Optional containerized or mobile systems for rural clinics or field hospitals

• Spare parts and long-term technical support

 Ready to learn more?

If your Kenyan clinic, hospital, or laboratory needs a reliable, compliant, and efficient incinerator to handle up to 35 kg per batch of biomedical and general waste, the HICLOVER TS30 PLC is a proven solution.

Visit: www.hiclover.com
Email: sales@hiclover.com

Let’s work together to build a cleaner, safer environment for patients, staff, and the wider Kenyan community.

Australia’s Pet Cremation Market: History, Customer Needs, Market Gaps, and Opportunities for HICLOVER Incinerators

Australia has long been recognized as a nation of animal lovers, with more than 28 million pets in a country of about 26 million people. This deep connection between people and their pets has created a growing demand for pet cremation services that are dignified, professional, and environmentally responsible.

In this article, we explore the evolution of Australia’s pet cremation market, what pet owners really want, where current service gaps lie—and why HICLOVER’s pet incinerators, including the A600 and mobile models, are perfectly positioned to help Australian cremation businesses meet rising demand.

 The Evolution of the Pet Cremation Market in Australia

Early stage (before 2000s):

• Pet cremation services were limited, mostly offered by large veterinary hospitals or animal shelters.

• Owners often had no choice but mass cremation or burial.

Growth stage (2000–2015):

• Increase in small, independent pet crematoriums, mainly around major cities like Sydney, Melbourne, Brisbane, and Perth.

• Growing acceptance of pets as family members led to demand for individual cremations rather than communal ones.

Mature stage (2015–today):

• Widespread private crematoriums offering custom urns, keepsakes, and ceremonies.

• Development of mobile cremation services, especially in rural and regional areas.

• Increasing regulations on emissions and environmental standards.

 What Australian Pet Owners Want from Cremation Services

Modern pet owners are willing to pay for:

• Individual cremation: ensuring ashes returned are only from their pet.

• Transparent and traceable process: from collection to return of ashes.

• Personal touches: engraved urns, fur clippings, photo certificates.

• Mobile or on-site cremation: especially for larger pets or rural clients.

• Environmentally friendly cremation: low emissions, clean-burning technology.

These preferences reflect a broader cultural shift: pets are treated like family, and farewell processes mirror human cremation standards.

 Gaps Between Market Supply and Demand

While the pet cremation industry has grown, there are still areas where current services fall short:

1. Limited mobile cremation coverage

• Regional and rural pet owners sometimes wait days for ashes.

• Mobile cremation units could meet these needs directly.

2. Older equipment and outdated technology

• Some small crematoriums still use older burners with higher emissions.

• Newer, cleaner technology would allow them to meet stricter environmental rules.

3. Capacity limitations

• Surges in demand—especially after holidays or in larger cities—often exceed capacity.

4. Lack of smaller units for niche providers

• Small veterinary clinics and independent animal hospitals want in-house units but need affordable, compact solutions.

 Opportunities for HICLOVER: Pet Cremation Incinerators

HICLOVER, known for quality waste and cremation equipment, is well positioned to help Australian cremation providers bridge these gaps:

1. HICLOVER A600: Built for dedicated cremation facilities

• Burn rate: ~50–60 kg/hour, perfect for small to mid-sized pet crematoriums.

• Designed for individual or batch cremation of cats, dogs, and small animals.

• Dual combustion chambers ensure temperatures above 850–1000°C, minimizing emissions and odor.

• CE-certified; meets international standards important for compliance in Australia.

2. Mobile pet cremation incinerators

• Mounted on trailers, suitable for on-site cremation.

• Address the need for faster, local service in rural areas.

• Help small businesses start cremation services with lower startup costs.

• Available with optional wet scrubber systems to control smoke and smell.

3. Environmentally responsible design

• Secondary chambers and optional wet scrubbers help meet Australia’s tightening environmental regulations.

• Reduced visible smoke and odor appeal to customers concerned about sustainability.

 Why Choose HICLOVER: Local Market Fit

• Proven export experience: supplied to over 50 countries, including developed markets.

• Durable, reliable, and easy-to-operate designs.

• Options for dual fuel (diesel/LPG) to match local fuel availability.

• Full support, replacement parts, and customization.

 Conclusion

The Australian pet cremation market is mature but still evolving—particularly in the mobile cremation niche and in response to new environmental expectations.
HICLOVER’s A600 and mobile cremation units offer the right combination of capacity, portability, and clean-burning technology to help Australian businesses:

• Serve more pet owners quickly

• Expand into new regional markets

• Meet modern standards for dignity and sustainability

For detailed product information or a consultation:
 Visit: www.hiclover.com
 Email: sales@hiclover.com

Mobile Pet Cremation: Market Overview in Australia, New Zealand, and the United States

Growing demand for mobile pet cremation

Across Australia, New Zealand, and the United States, the pet industry has seen steady growth, with pet ownership rising year by year. At the same time, pet owners increasingly look for:

• Personalized and dignified cremation services

• On-site cremation that avoids transporting their pet over long distances

• Environmentally responsible solutions

This has created a niche but fast-expanding market for mobile pet cremation units, where the service provider can visit a customer’s home, veterinary clinic, or small animal hospital, perform cremation on site, and hand over ashes directly.

Why mobile cremation units are popular in these markets

1. Convenience & emotional care
In the US, Australia, and New Zealand, pet owners often see pets as family members. Mobile units provide private, same-day services that feel more respectful than centralized cremation plants.

2. Rural & remote regions
Especially in Australia and New Zealand, large rural areas may not have a fixed crematorium within reasonable driving distance. Mobile cremators on trailers can visit farms, vet clinics, or shelters.

3. Lower entry cost for service providers
Instead of investing in a large fixed facility, small businesses can start with a mobile unit, reducing initial costs and licensing complexity.

4. Regulatory acceptance
Local environmental and health departments increasingly permit small-capacity, clean-burning mobile cremators if they comply with emission standards.

Typical capacity and features needed

• Burn rates usually from 30–60 kg/hour (for pets from cats to large dogs)

• Compact design: can be mounted on a trailer or inside a small truck

• Dual combustion chambers to ensure clean emission and odor control

• Reliable operation, often powered by diesel or LPG

• Optional features: ash collection trays, wet scrubbers, and digital temperature controls

HICLOVER’s mobile pet cremation solutions

HICLOVER offers dedicated mobile incinerators designed specifically for pet cremation, such as:

• Pet Cremation Incinerator Mobile Type
  See product page

• Small Mobile Incinerator with Trailer, avg. 50kgs per hour, Model YD50C-Mobile
  See product page

Key features:

• Burn rate around 50 kg/hour, matching typical small pet cremation demand

• Dual combustion chambers: the primary chamber burns the pet remains, the secondary chamber handles gases and odors, ensuring cleaner emissions

• Top loading design: simplifies loading pets of different sizes

• Can be configured for diesel, natural gas, or LPG

• Mounted on a trailer for flexible deployment to customer locations

• Optional wet scrubber system to further reduce particulate and odor emissions

• CE certification and ISO9001:2015 compliance

Market fit

In Australia, New Zealand, and the United States:

• Increasing demand from mobile cremation service companies, especially in suburban and rural areas

• Veterinary clinics looking to add private on-site cremation options

• Small entrepreneurs entering the pet cremation business, needing reliable, easy-to-license, mobile solutions

HICLOVER’s products align well with these needs by offering:

• Professional, portable cremation solutions

• Customizable capacity and fuel options

• Proven export experience to over 50 countries, including advanced markets

• Full support, spare parts, and optional emission control upgrades

Conclusion

The mobile pet cremation market in Australia, New Zealand, and the United States is set to continue growing, driven by emotional factors, convenience, and increasing pet ownership.
HICLOVER’s mobile cremation incinerators, with their compact, trailer-mounted design and clean combustion technology, are an excellent fit for this evolving market.

For full technical details or quotations, visit:
www.hiclover.com
 Email: sales@hiclover.com

Small Medical Waste Incinerators in Rwanda 

Rwanda, known for its rapid economic transformation and commitment to environmental sustainability, has made significant progress in modernizing its healthcare waste management system. With a growing network of district hospitals, health centers, and specialized clinics, the demand for compact, reliable medical waste incinerators has never been greater.

Market Overview: Rwanda’s Healthcare Waste Needs

Rwanda’s healthcare system includes:

• Over 40 district hospitals

• Nearly 500 health centers and posts

• Expanding private clinics in Kigali and secondary cities

These facilities collectively generate a mix of:

• Sharps (needles, syringes)

• Infectious dressings and PPE

• Small quantities of anatomical and pharmaceutical waste

Given Rwanda’s strong environmental policy, there is a national push for:

• Replacing open burning pits and outdated single-chamber brick incinerators

• Using dual-chamber incinerators that meet WHO guidelines

• Introducing small-capacity, energy-efficient units for district-level use

Recent Tenders and Public Procurement

Over the last five years, Rwanda’s Ministry of Health and partner agencies have issued tenders for small medical incinerators. Examples include:

• Ministry of Health tenders (2019–2023): for “medical waste incinerators, capacity 20–50 kg/hour” targeted at district hospitals and new health posts.

• Rwanda Biomedical Center (RBC): procurement projects supported by international donors such as the Global Fund, WHO, and the World Bank.

• Specific projects to support:

  • Maternal and child health hospitals

  • HIV/AIDS and TB care facilities

  • Vaccination campaign sites needing safe sharps disposal

Technical requirements typically requested:

• Dual-chamber combustion

• Primary combustion chamber ≥ 800°C

• Secondary chamber ≥ 850°C, minimum 2 seconds residence time

• Automatic temperature control and digital monitoring

• Diesel burner (Italy or equivalent) with optional hybrid electric control

• Chimney height ≥ 8–10 meters

• Compact footprint suitable for limited urban space

Why the HICLOVER TS30 PLC Fits Rwanda’s Market

The HICLOVER TS30 PLC is specifically designed for small healthcare facilities and district hospitals:

• Capacity: ~30 kg/hour, matching typical daily waste volumes in district hospitals and private clinics.

• Dual-chamber design: Achieves complete destruction of pathogens and reduces emissions.

• Automatic Italy-brand diesel burner controlled by PLC system for stable combustion.

• PLC (Programmable Logic Controller):

  • Monitors temperature in both chambers

  • Enables safe, hands-free operation

  • Supports operator training and ensures consistent performance

Compact installation:
Ideal for hospitals with limited space, as often seen in urban areas like Kigali, Huye, and Musanze.

Fuel efficiency:
Optimized burner design reduces diesel consumption, lowering operational costs—an important consideration for facilities with limited budgets.

Promoting HICLOVER TS30 PLC in Rwanda

With Rwanda’s emphasis on:

• Infection control

• Environmental standards aligned with WHO and Basel Convention guidelines

• Improving rural healthcare services

the HICLOVER TS30 PLC provides:
 Small-capacity, locally appropriate solution
 Durable design for challenging field conditions
 Digital temperature monitoring for regulatory compliance
 Affordable installation and after-sales support

HICLOVER’s existing installations across Africa, including similar projects in Uganda, Kenya, and Burundi, demonstrate its capability to supply, train, and maintain small medical incinerators for rural and district-level use.

Environmental and Public Health Benefits

Replacing open burning and older brick incinerators with modern units like the TS30 PLC helps Rwanda achieve:

• Higher combustion temperatures, reducing harmful pathogens and dioxins

• Minimal visible smoke and odor, improving community relations

• Lower residual ash volumes, simplifying disposal

As Rwanda continues to modernize its healthcare infrastructure, there is a clear and growing market for small, dual-chamber medical waste incinerators.
The HICLOVER TS30 PLC, with its robust design and PLC-controlled combustion system, is an ideal solution for district hospitals and clinics seeking to comply with national and international standards.

For technical details, case studies, or a quote tailored for Rwandan healthcare facilities, please visit:
www.hiclover.com
sales@hiclover.com

HICLOVER – delivering efficient, high-temperature incinerators for safer healthcare waste management across Africa.

WHO-Supported Medical Waste Incineration Projects: Improving Public Health and Environmental Safety Worldwide

Effective and safe treatment of healthcare waste is a critical component of global health systems. Over the past two decades, the World Health Organization (WHO) has supported numerous projects focused on medical waste incineration, aiming to protect healthcare workers, patients, and communities from infectious and hazardous waste.

These projects combine technical guidance, procurement of appropriate technologies, and capacity building to ensure sustainable solutions in both low- and middle-income countries.

Project Examples and Geographic Focus

1. African Health Facility Waste Management Program (2008C2015)

• Supported by WHO, the World Bank, and national ministries of health.

• Countries included: Ghana, Nigeria, Kenya, Tanzania, Ethiopia, and Zambia.

• Installed dual-chamber diesel-fired incinerators (50C100 kg/hour) in over 100 district hospitals.

• Technical specification:

  • Primary combustion chamber ≥ 800°C.

  • Secondary chamber ≥ 850°C with residence time ≥ 2 seconds.

  • Chimney height ≥ 8C12 meters.

• Achievements: Reduction in open burning, significant improvement in operator safety, and compliance with national environmental standards.

2. WHO / UNICEF Immunization Waste Management Initiative

• Focused on safe disposal of sharps and used syringes from vaccination campaigns.

• Regions: West Africa, South-East Asia, and parts of Central Asia.

• Procured small-capacity incinerators (10C30 kg/hour) for rural health centers and mobile vaccination teams.

• Supported deployment of portable incinerators and training for local staff.

• Goals achieved: Elimination of needle-stick injuries, reduction of environmental contamination in rural and peri-urban areas.

3. WHO / Gavi Medical Waste Support for Measles and Polio Campaigns

• Provided technical guidelines and funded installation of incinerators at temporary field sites and central vaccine storage centers.

• Technical highlights:

  • Dual-chamber design with temperature monitoring.

  • Automatic burners with diesel or LPG fuel options.

  • Mobile or skid-mounted versions for remote locations.

• Outcomes: Safe disposal of millions of syringes and vaccine vials; improved biosecurity during mass immunization drives.

4. Strengthening Hospital Waste Management in Post-Conflict Countries

• Examples: Afghanistan, South Sudan, Somalia, Sierra Leone, and Liberia.

• WHO collaborated with NGOs (e.g., MSF) and UN agencies (e.g., UNDP, UNICEF) to supply containerized incinerators for district hospitals and field hospitals.

• Typical models: 30C75 kg/hour, dual-chamber, PLC-controlled.

• Achievements: Enabled hospitals to operate safely during crises; reduced risk of hospital-acquired infections and community exposure to infectious waste.

Technical Specifications Common Across WHO Projects

Across these projects, WHO-supported procurement generally specifies:

• Dual combustion chambers: primary ≥ 800°C; secondary ≥ 850°C.

• Automatic temperature control and data logging.

• Diesel, LPG, or hybrid fuel systems adapted to local availability.

• Chimney height and design to ensure effective dispersion of residual emissions.

• In some contexts: wet scrubbers or filters to further reduce particulate emissions.

Goals and Public Health Impact

WHO’s incineration support projects typically aim to:

• Safely destroy infectious waste at the point of generation.

• Protect healthcare workers and waste handlers from injury and infection.

• Reduce reliance on uncontrolled burning or shallow burial.

• Align national waste management practices with Basel Convention and Stockholm Convention guidelines.

• Build local capacity through operator training and maintenance planning.

The Role of Manufacturers like HICLOVER

Manufacturers supplying WHO-supported or similar donor-funded projects often provide:

• Containerized, mobile, or fixed incinerators matched to the capacity needs of hospitals.

• PLC-based control systems and automatic burners from recognized international brands.

• Installation support, spare parts, and operator training to ensure long-term sustainability.

Models such as the HICLOVER TS30, TS50, TS100, and TS150 PLC series match the typical technical and operational requirements of WHO projects:

• Dual-chamber design.

• High combustion temperature.

• Compact footprint and low fuel consumption.

• Flexible installation in urban or remote areas.

WHO-supported medical waste incineration projects have transformed waste treatment practices in dozens of countries, reducing infection risks and environmental impact.
Through practical, technically sound equipment and ongoing capacity building, these projects help hospitals and health systems safely manage growing volumes of hazardous waste.

For technical details, customized proposals, or references from similar international projects, visit:
www.hiclover.com
sales@hiclover.com

HICLOVER C providing high-temperature, dual-chamber incinerators trusted by public health and humanitarian projects worldwide.