WOIMA Blog January 2020 – WOIMA’s Key Role in Integrated Solid Waste Management (ISWM)
Integrated Solid Waste Management (ISWM)
22 niveles de flexibilidad wasteWOIMA® – Adaptabilidad de ubicación
El diseño de la planta de energía wasteWOIMA® aborda los a veces complejos requerimientos establecidos por los retos ambientales. Estos consisten en, por ejemplo, condiciones ambientales (temperatura, humedad y precipitaciones), cargas de viento y actividad sísmica. La integridad estructural y operacional de la planta puede soportar cualquier estrés ambiental que se presente. La robusta estructura de acero de la planta absorbe estas fuerzas externas y las transfiere haci...
22 levels of wasteWOIMA® Flexibility – Location Suitability
The wasteWOIMA® power plant design addresses the sometimes complex requirements set forth by varying environmental conditions and challenges. These consist of e.g. ambient conditions (temperature, humidity and rainfall), wind load and seismic activity.
The structural and operational integrity of the plant can withstand all the stress posed on it by the environment.
These external forces are absorbed by
WOIMA strengthens its Board of Directors
WOIMA Press Release 16 January 2020
WOIMA Finland Oy is proud to announce a new Board Member. Andreas Back brings valuable global power project development and project financing experience to WOIMA’s Board of Directors.
NOYADE DANS LES DECHETS – Cas de Lusaka, Zambia
Lusaka est la capitale et la plus grande ville de la Zambie. L'une des villes les plus développées d'Afrique australe, Lusaka se situe dans la partie sud de la région centrale. La ville compte environ 2,5 millions d'habitants dans la région métropolitaine. Lusaka est le centre du commerce et du gouvernement en Zambie et est reliée aux quatre principales autoroutes du pays, qui se dirigent vers le nord, le sud, l'est et l'ouest. Les habitants de Lusaka viennent de tous les 70 tribus environ...
Drowning in Waste – Case Lusaka, Zambia
Lusaka is the capital and largest city of Zambia and one of the fastest developing cities in Southern Africa. The city's population is about 2.5 million in the metropolitan area. Lusaka is the center of both commerce and government in Zambia and connects to the country's four main highways heading north, south, east and west. The residents of Lusaka come from all of Zambia's 70 or so tribes, and there are also small communities of Asians and Europeans.
22 niveles de flexibilidad wasteWOIMA® – Flexibilidad de combustible
La planta de energía wasteWOIMA® ha sido diseñada para utilizar principalmente residuos sólidos urbanos (RSU) no-tóxicos. Sin embargo, pueden utilizarse también otros tipos de residuos generados por la sociedad como lo son los combustibles de desecho refinados (REF, RDF, SRF), residuos industriales y comerciales (RIC), residuos agrícolas (RA) y los residuos de construcción y demolición (RCD), así como distintas biomasas. Incluso desechos tóxicos en pequeñas cantid...
22 levels of wasteWOIMA® Flexibility – Fuel Flexibility
The wasteWOIMA® power plant has been designed to utilize primarily non-toxic municipal solid waste (MSW) streams. However, other waste streams that societies generate can also be used, such as refined waste fuels (REF, RDF, SRF), industrial, commercial and institutional waste (ICI), construction and demolition waste (CDW), agricultural waste (AW) and different biomasses. Even small quantities of toxic wastes, such as hospital and industrial waste can be mixed in the waste st...
Latest articles
- Monetizing wasteWOIMA® Benefits – High Plant Availability Revenue
- Monetizing wasteWOIMA® Benefits – Optimal Grate Firing Revenue
- Monetizing wasteWOIMA® Benefits – High Plant Efficiency Revenue
- Monetizing wasteWOIMA® Benefits – Summary of Plant Operation and Maintenance Savings
- Monetizing wasteWOIMA® Benefits – Waste Fuel Transportation Savings
- Monetizing wasteWOIMA® Benefits – Support Fuel Savings
- Monetizing wasteWOIMA® Benefits – Wastewater Treatment Savings
- Monetizing wasteWOIMA® Benefits – Water Consumption Savings
- Monetizing wasteWOIMA® Benefits – Automation-based Personnel Savings
- Monetizing wasteWOIMA® Benefits – Know-how Accumulation Savings
- Monetizing wasteWOIMA® Benefits – Major Overhaul Savings
- Monetizing wasteWOIMA® Benefits – Maintenance Cost Savings
- Monetizing wasteWOIMA® Benefits – Warranty Cost Savings
- Monetizing wasteWOIMA® Benefits – Robust Design Savings
- Monetizing wasteWOIMA® Benefits – Summary of One-time Project Savings
- Monetizing wasteWOIMA® Benefits – Cost-based Risk Contingency Reduction
- Monetizing wasteWOIMA® Benefits – Project Financing Savings
- Monetizing wasteWOIMA® Benefits – Quantity-based Risk Contingency Reduction
- Monetizing wasteWOIMA® Benefits – Quality-based Risk Contingency Reduction
- Monetizing wasteWOIMA® Benefits – Localization Savings
- Monetizing wasteWOIMA® Benefits – Just-On-Time (JOT) Operational Savings
- Monetizing wasteWOIMA® Benefits – Project Insurance Savings
- Monetizing wasteWOIMA® Benefits – Documentation Savings
- Monetizing wasteWOIMA® Benefits – Commissioning and Trial Run Phase
- Monetizing wasteWOIMA® Benefits – Plant Construction Phase
- Monetizing wasteWOIMA® Benefits – Modular Service Buildings Design & Build Phase
- UN Environment Programme Sounds an Alarm
- Monetizing wasteWOIMA® Benefits – Low Boiler Height
- Monetizing wasteWOIMA® Benefits – Module Transportation Phase
- The EU Regulation Supporting UN’s Sustainable Development Goals
- Landfill Mining and UN’s Sustainable Development Goal #15
- Monetizing wasteWOIMA® Benefits – On-site Welding Phase
- Integrated Approach to Minimizing Pollution
- The Philippines Reduce their Dependence on Fossil Fuels
- Monetizing wasteWOIMA® Benefits – Boiler Hall Design & Build Phase
- The EU Regulation Supporting UN’s Sustainable Development Goals
- Monetizing wasteWOIMA® Benefits – Time-based Risk Contingency Reduction
- Pivotal Transition in Renewable Energy in Vietnam
- Monetizing wasteWOIMA® Benefits – Foundation Laying Phase
- Global Waste Management Trends and UN’s Sustainable Development Goals
- Monetizing wasteWOIMA® Benefits – Earthworks Phase
- Monetizing wasteWOIMA® Benefits – Design & Engineering Phase
- Updated WOIMA company brochure published
- Monetizing wasteWOIMA® Benefits – Project Development Phase
- Monetizing wasteWOIMA® Benefits – Introduction
- WOIMA Ecosystem in the Heart of Global Climate Change Mitigation
- Expanding the waste-to-energy market together: Shanghai SUS ENVIRONMENT and WOIMA Finland Oy start cooperation to target new markets and customers
- Extending the WtE Power Plant Lifespan
- Voluntary Carbon Offsetting – a Winning Proposition or a Cash Cow?
- World’s largest landfills as a source for landfill mining – Case Bantar Gebang in Jakarta, Indonesia
- Mathias Storbacka joins WOIMA as a Process Engineer
- Model Student in the WI BREF Class
- A Struggle through Crises towards a Better Tomorrow
- World’s largest landfills as a source for landfill mining – Case Truitier in Port-au-Prince, Haiti
- Carbon Capture Technology Comparison
- Klean Industries and WOIMA Sign MOU to Combine Forces and Partner in Providing Integrated Waste to Value Solutions
- Industrial Waste-to-Energy – A Step towards Reduced Carbon Footprint
- World’s largest landfills as a source for landfill mining – Case Duquesa in Santo Domingo, the Dominican Republic
- We are hiring: Chief Design Officer
- World’s largest landfills as a source for landfill mining – Case Estrutural in Brasília, Brazil
- EPCM Delivery Model for WtE Power Plants
- World’s largest landfills as a source for landfill mining – Introduction
- Press release: Decarbonizing the energy sector – Sumitomo SHI FW extends cooperation with Woima Finland to carbon capture
- Carbon Neutral vs. Net Zero
- Disposing Medical Waste Safely – The WOIMA Approach
- EU and WOIMA ‘Fit for 55’
- Replacing One-off Design Approach with Modular Concept
- WOIMA Supporting EU’s Carbon Removal Certification
- wasteWOIMA® EXT – The Modular Waste-to-Energy Power Plant with External Superheater
- The updated wasteWOIMA® CCUS Zero Carbon Emission WtE Power Plant
- The modular wasteWOIMA® power plant information for investors
- Developing wasteWOIMA® waste-to-energy solution
- Replacing Imported Fossil Fuels with Domestic Synthetic Methane Production
- Ngập trong rác thải – vấn đề đang diễn ra ở Việt nam
- Drowning in Waste – Case Vietnam
- The upgraded modular wasteWOIMA20 power plant solution
- Adapting wasteWOIMA® for the French Market – Introducing the Modular wasteWOIMA20
- Updated Brochure – wasteWOIMA15 Waste-to-Energy power plant
- The Big 3D of Tomorrow’s Power Generation — Decentralization, Decarbonization and Digitalization
- Climate Positive Synthetic Methane Production Starts in the Vaasa Region in 2025
- Why demand for small-scale Energy from Waste Plants is on the rise in the UK
- En Route Towards a Carbon-Neutral Future
- WOIMA and CO2 Capsol to cooperate in developing and delivering modular carbon capture solutions
- New WOIMA Solution: wasteWOIMA® CCUS The Zero Carbon Emission Waste-to-Energy Power Plant
- WASTEWOIMA® – NHÀ MÁY MÔ-ĐUN ĐỐT RÁC PHÁT ĐIỆN
- WOIMA and Sumitomo SHI FW: Conquering the World – Together
- Drowning in Waste – Case Bangkok, Thailand
- New Use Case ‒ Waste-to-Energy-to-Water Concept
- Drowning in Waste – Case The Bahamas
- New WOIMAline Construction Process Video available
- Drowning in Waste – Case Guatemala City, Guatemala
- WOIMA Blog/February 2021 – Growth Opportunities in Distributed Energy
- DROWNING IN WASTE – Case Kingdom of Saudi Arabia
- WOIMA’s Board of Directors Gains Strong Global Energy and Environmental Technology Business Expertise — Welcome Tomas Harju-Jeanty
- Jaakko Haapasalmi joins WOIMA as the Lead Mechanical and Modularity Engineer
- Drowning in Waste – Case Luanda, Angola
- Jarkko Helenius is the new WOIMA Lead Automation Engineer
- wasteWOIMA® Fuels – Summary
- Drowning in waste – Case Bali, Indonesia
- WOIMA Blog January/2021 – Decade of Decentralization in Power Generation
- Lehdistötiedote: Sumitomo SHI FW (SFW) ja WOIMA Finland Oy (WOIMA) ovat allekirjoittaneet sopimuksen modulaaristen wasteWOIMA® -jätteenpolttolaitoksien toimittamisesta
- Press release: Sumitomo SHI FW (SFW) and WOIMA Finland Oy (WOIMA) have signed an agreement to deliver modular wasteWOIMA® waste-to-energy plants
- wasteWOIMA® Fuels – Marine Debris
- wasteWOIMA® Fuels – Landfill Gas (LFG)
- wasteWOIMA® Fuels – Bio-Medical Waste
- wasteWOIMA® Fuels – Hazardous Waste
- wasteWOIMA® Fuels – Agricultural Waste (AW)
- wasteWOIMA® Fuels – Industrial Waste (IW)
- wasteWOIMA® Fuels – Construction and Demolition Waste (CDW)
- wasteWOIMA® Fuels – Municipal Solid Waste (MSW)
- Anton Mattsson joins WOIMA team as the new Project Engineer
- 22 niveles de flexibilidad wasteWOIMA® – Cumplimiento de la economía circular
- 22 levels of wasteWOIMA® Flexibility – Circular Economy Compliance
- wasteWOIMA® Fuels – Introduction
- 22 niveles de flexibilidad wasteWOIMA® – Perspectiva Social
- 22 levels of wasteWOIMA® Flexibility – Social Perspective
- 22 niveles de flexibilidad wasteWOIMA® – Capacidad de expansión del negocio
- 22 levels of wasteWOIMA® Flexibility – Business Expandability
- 22 niveles de flexibilidad wasteWOIMA® – Potencial de refinanciamiento
- 22 levels of wasteWOIMA® Flexibility – Refinancing Potential
- Drowning in Waste – Case Santiago, Chile
- WOIMA Article – WOIMA’s Disruptive Business Model is Changing the Waste-to-Value Market Forever
- WOIMA Article – Clean Energy Hidden in Waste
- 22 niveles de flexibilidad wasteWOIMA® – Potencial de descentralización
- 22 levels of wasteWOIMA® Flexibility – Decentralization Potential
- Ecosystem Feedstock Side Stream – Anni Pötry’s project findings
- WOIMA and Fortum eNext have agreed to cooperate in developing modular waste to energy technology and establishing global operations and maintenance service concept for wasteWOIMA®
- Ecosystem Feedstock Side Stream – Summer project for WOIMA Corporation by Anni Pötry
- 22 niveles de flexibilidad wasteWOIMA® – Soporte en el desarrollo del proyecto
- 22 levels of wasteWOIMA® Flexibility – Project Development Support
- 22 niveles de flexibilidad wasteWOIMA® – Administración del riesgo
- 22 levels of wasteWOIMA® Flexibility – Risk Manageability
- Drowning in Waste – Case Saint Martin
- 22 niveles de flexibilidad wasteWOIMA® – Productividad de energía híbrida
- 22 levels of wasteWOIMA® Flexibility – Hybrid Energy Productivity
- Ahogándonos en basura – Caso Manila, Filipinas
- Drowning in Waste – Case Manila, the Philippines
- 22 niveles de flexibilidad wasteWOIMA® – Sustitución CAPEX/OPEX
- 22 levels of wasteWOIMA® Flexibility – CAPEX/OPEX Substitution
- Ahogándonos en basura – Caso Santo Domingo, República Dominicana
- Drowning in Waste – Case Santo Domingo, Dominican Republic
- 22 niveles de flexibilidad wasteWOIMA® – Flexibilidad química
- 22 levels of wasteWOIMA® Flexibility – Chemical flexibility
- 22 niveles de flexibilidad wasteWOIMA® – Adaptabilidad de emisiones
- 22 levels of wasteWOIMA® Flexibility – Emission Adaptability
- 22 niveles de flexibilidad wasteWOIMA® – Adaptabilidad de producto
- 22 levels of wasteWOIMA® Flexibility – Output Adaptability
- Inquinamento che minaccia i siti del patrimonio mondiale dell’UNESCO – Il caso della Serra de Tramuntana, Spagna
- 22 niveles de flexibilidad wasteWOIMA® – Flexibilidad de producto
- 22 levels of wasteWOIMA® Flexibility – Output Flexibility
- Drowning in Waste – Case The Seychelles
- WOIMA Article – WOIMA Supporting South Africa’s Waste-to-Energy IPPs
- 22 niveles de flexibilidad wasteWOIMA® – Flexibilidad del diseño base
- 22 levels of wasteWOIMA® Flexibility – Design Bases Flexibility
- WOIMA Blog / February 2020 – WOIMA’s Disruptive Business Model is Changing the Waste-to-Value Market Forever
- 22 niveles de flexibilidad wasteWOIMA® – Disponibilidad de equipo y materiales
- 22 levels of wasteWOIMA® Flexibility – Localization Readiness
- NOYADE DANS LES DECHETS – Cas de Karachi, Pakistan
- Drowning in Waste – Case Karachi, Pakistan
- WOIMA Blog January 2020 – WOIMA’s Key Role in Integrated Solid Waste Management (ISWM)
- 22 niveles de flexibilidad wasteWOIMA® – Adaptabilidad de ubicación
- 22 levels of wasteWOIMA® Flexibility – Location Suitability
- WOIMA strengthens its Board of Directors
- NOYADE DANS LES DECHETS – Cas de Lusaka, Zambia
- Drowning in Waste – Case Lusaka, Zambia
- 22 niveles de flexibilidad wasteWOIMA® – Flexibilidad de combustible
- 22 levels of wasteWOIMA® Flexibility – Fuel Flexibility
- 22 niveles de flexibilidad wasteWOIMA® – Actualización
- 22 levels of wasteWOIMA® Flexibility – Upgradeability
- WOIMA Value: Accountability – fostered by our Integrity, Communication and Entrepreneurship
- NOYADE DANS LES DECHETS – Cas du Mombasa, Kenya
- Drowning in Waste – Case Mombasa, Kenya
- 22 niveles de flexibilidad wasteWOIMA® – MANTENIMIENTO
- 22 levels of wasteWOIMA® Flexibility – Maintainability
- NOYADE DANS LES DECHETS – Cas de Beirut, Liban
- Drowning in Waste – Case Beirut, Lebanon
- 22 niveles de flexibilidad wasteWOIMA® – Movilidad
- 22 levels of wasteWOIMA® Flexibility – Movability
- 22 niveles de flexibilidad wasteWOIMA® – CONSTRUCTIBILIDAD
- 22 levels of wasteWOIMA® flexibility – Constructability
- Drowning in Waste – Case Kathmandu, Nepal
- WOIMA Value: Pioneering – fostered by Aspiration, Creativity and Collaboration
- 22 niveles de flexibilidad wasteWOIMA® – Transportabilidad
- 22 levels of wasteWOIMA® flexibility – Transportability
- WOIMA Value: Sisu – fostered by our Determination, Impact and Resourcefulness
- WOIMA Culture and our Values
- New WOIMA Ecosystem Brochure – Negative Carbon Footprint Solution
- NOYADE DANS LES DECHETS – Cas de Mumbai, Inde
- Drowning in Waste – Case Mumbai, India
- WOIMA Blog October/2019 – Clean Energy Hidden in Waste
- 22 niveles de flexibilidad wasteWOIMA® – ESCALABILIDAD
- 22 levels of wasteWOIMA® flexibility – Scalability
- L’inquinamento NON minaccia i siti del patrimonio mondiale dell’UNESCO – il caso dell’arcipelago di Kvarken, Finlandia
- Pollution ne menaçant pas les Sites du Patrimoine Mondial de l’UNESCO – Archipel de Kvarken, Finlande
- Cuando la contaminación NO amenaza a los Patrimonios de la Humanidad UNESCO – Caso del Archipiélago de Kvarken, Finlandia
- Pollution NOT Threatening UNESCO World Heritage Sites – Case Kvarken Archipelago, Finland
- Drowning in Waste – Case Cairo, Egypt
- Inquinamento che minaccia i siti del patrimonio mondiale dell’UNESCO – il caso di Mosi-oa-Tunya / Cascate Victoria, Zambia / Zimbabwe
- Pollution menaçant les sites du patrimoine mondial de l’UNESCO – Cas de Mosi-oa-Tunya / Chutes Victoria, Zambie / Zimbabwe
- Pollution Threatening UNESCO World Heritage Sites – Case Mosi-oa-Tunya / Victoria Falls, Zambia / Zimbabwe
