Penalties and Consequences of Ignoring HSE Laws
Feb 13, 2026
Air Pollution Exposure at Work and Health Effects
Air Pollution Exposure at Work and Health Effects
Air pollution in the workplace is a significant occupational health concern across multiple industries. Employees may be exposed to harmful airborne contaminants that are not always visible to the naked eye. Without proper controls, prolonged exposure can lead to serious short-term and long-term health complications.
Effective management of air quality is a fundamental responsibility under Health, Safety, and Environment regulations.
Common Sources of Workplace Air Pollution
Airborne contaminants may originate from various workplace activities. Common sources include industrial emissions, dust from construction activities, chemical vapors, welding fumes, combustion engines, and poorly ventilated indoor spaces.
Even office environments can experience poor air quality due to inadequate ventilation systems, mold growth, or chemical emissions from cleaning products and office equipment.
Types of Airborne Contaminants
Workplace air pollution may consist of particulate matter, gases, vapors, fumes, and biological agents. Each type presents unique risks depending on concentration levels and duration of exposure.
Particulate matter, especially fine particles, can penetrate deep into the lungs. Chemical vapors and gases may cause irritation, poisoning, or long-term organ damage.
Short-Term Health Effects
Immediate health effects may include coughing, throat irritation, eye discomfort, headaches, dizziness, and shortness of breath. In some cases, high exposure levels can cause acute respiratory distress or chemical intoxication.
Short-term symptoms are often early warning signs of inadequate exposure controls and should not be ignored.
Long-Term Health Consequences
Prolonged exposure to polluted air in the workplace can result in chronic respiratory diseases such as asthma, chronic bronchitis, and occupational lung disorders. Certain airborne substances are also linked to cardiovascular diseases and occupational cancers.
Repeated exposure without protective measures significantly increases long-term health risks.
Employer Responsibilities Under HSE Regulations
Employers are required to identify airborne hazards through workplace risk assessments and implement appropriate control measures. This includes monitoring air quality, maintaining ventilation systems, and ensuring compliance with permissible exposure limits.
Failure to control air pollution risks may result in regulatory penalties, compensation claims, and operational disruptions.
Control Measures and Prevention Strategies
Effective air pollution control follows a structured hierarchy of controls. Organizations should prioritize:
• Elimination or substitution of hazardous substances where possible
• Engineering controls such as local exhaust ventilation systems
• Administrative controls including exposure time management
• Provision of appropriate respiratory protective equipment
Regular maintenance of ventilation systems and continuous air quality monitoring are essential components of a comprehensive occupational hygiene program.
Employee Awareness and Training
Employees must be trained to recognize air quality hazards and understand the correct use of protective equipment. Clear reporting procedures should be established for air quality concerns.
Worker participation strengthens compliance and improves overall safety performance.
Conclusion
Air pollution exposure at work poses serious health risks that may not be immediately apparent. Proactive risk assessment, effective engineering controls, and employee training are critical to maintaining safe and compliant workplaces.
By prioritizing air quality management, organizations safeguard employee health while strengthening their Health, Safety, and Environment commitments.
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"pageTitle": "How to Dispose a Smoke Detector Safely: A Step-by-Step Guide",
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"headline": "How to Dispose a Smoke Detector Safely: A Step-by-Step Guide",
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"pageCont": "How to Dispose a Smoke Detector Safely: A Step-by-Step Guide
\r\n\r\n\r\nSmoke detectors are vital home safety devices, providing early warnings of fire and smoke. However, when they expire or fail, disposing of them properly is critical to avoid environmental contamination and ensure safety.\r\n
\r\n\r\n\r\nThis guide walks you through the safe disposal of smoke detectors, covering both ionization and photoelectric types, and details your recycling and trash disposal options.\r\n
\r\n\r\nTable of Contents
\r\n- \r\n
- Step-by-Step Disposal of Smoke Detectors \r\n
- Understanding Smoke Detectors: Ionization vs. Photoelectric \r\n
- Why Safe Disposal Matters \r\n
- Additional Tips for Responsible Disposal \r\n
- Conclusion \r\n
Step-by-Step Disposal of Smoke Detectors
\r\n\r\nUnderstanding Smoke Detectors: Ionization vs. Photoelectric
\r\n\r\nBefore disposal, identify which type of smoke detector you have, as they require different handling.\r\n
\r\n\r\n\r\nIonization Smoke Detectors: These contain a tiny amount of Americium-241, a radioactive material. It is safely sealed during normal use but becomes hazardous if the unit is broken open. They are best at detecting fast-flaming fires.\r\n
\r\n\r\n\r\nPhotoelectric Smoke Detectors: These use a light sensor to spot smoldering fires and contain no radioactive materials. They are generally safer and simpler to dispose of.\r\n
\r\n\r\n\r\nIdentifying your type is the essential first step toward correct disposal.\r\n
\r\n\r\nDispose of Smoke Detector Safely: Step-by-Step
\r\n\r\nStep 1: Safely Remove the Detector from the Wall or Ceiling
\r\n- \r\n
- Cut the Power: For hardwired units, turn off the circuit breaker to prevent electrical shock. \r\n
- Detach the Device: Use a stable ladder. Twist the detector counterclockwise or unclip it from its mounting bracket. \r\n
- Check for Security Features: Some models have tamper-resistant pins. Consult the manual if needed. \r\n
Step 2: Identify Your Detector Type
\r\n- \r\n
- Inspect the label on the back for a radiation symbol, the word \u201cionization,\u201d or a model number. \r\n
- If unclear, use the model number to look up the specifications online. \r\n
- When in doubt, treat the detector as an ionization smoke detector. \r\n
Step 3: Remove the Batteries
\r\n\r\nRemove all batteries, typically 9V or AA. Dispose of them at a dedicated battery recycling drop-off point. Do not place them in regular household trash.\r\n
\r\n\r\nIf the battery is still functional, it can be reused in a low-drain device.\r\n
\r\n\r\nStep 4: Select the Correct Disposal Method by Type
\r\n\r\nFor Photoelectric Smoke Detectors:
\r\n- \r\n
- After removing the batteries, the detector can usually be placed in regular household trash. \r\n
- For an environmentally friendly option, check with local electronic waste recyclers. \r\n
For Ionization Smoke Detectors (Radioactive):
\r\n- \r\n
- Use manufacturer mail-back programs offered by brands such as First Alert and Kidde. \r\n
- Contact your local authority about household hazardous waste collection events. \r\n
- Consider specialized recycling services that provide mail-in disposal kits. \r\n
Why Safe Disposal Matters
\r\n\r\nProper disposal prevents radioactive materials and heavy metals from contaminating landfills and groundwater, protecting public health and the environment.\r\n
\r\n\r\nAdditional Tips for Safe and Responsible Disposal
\r\n- \r\n
- Never dismantle a smoke detector, especially ionization types. \r\n
- Replace smoke detectors every 10 years based on the manufacture date. \r\n
- Always verify local disposal regulations with your waste management authority. \r\n
Conclusion
\r\n\r\nDisposing of an old smoke detector responsibly is straightforward with proper preparation. By identifying the detector type and choosing the correct disposal method, you protect your community and the environment while ensuring safety upgrades do not come at an ecological cost.\r\n
\r\n", "showContent": "1", "pageDesc": "Learn how to dispose of smoke detectors safely and responsibly. This step by step guide explains ionization and photoelectric detectors, recycling options, and hazardous waste rules.", "dateCreated": "Dec 20, 2025 9:17 PM", "date_modified": "2025-12-20 20:26:48", "author": "Nderitu ", "postParent": "577", "isParent": "0", "pageImage": "uploads/img/pages/how-to-dispose-a-smoke-detector-safely-a-step-by-step-guide.jpg", "showImage": "1", "imgThumbnail": "uploads/img/pages/thumbnails/how-to-dispose-a-smoke-detector-safely-a-step-by-step-guide.jpg", "medium_thumbnail": "uploads/img/pages/medium-thumbnails/how-to-dispose-a-smoke-detector-safely-a-step-by-step-guide.jpg", "small_thumbnail": "uploads/img/pages/small-thumbnails/how-to-dispose-a-smoke-detector-safely-a-step-by-step-guide.jpg", "xs_thumbnail": null, "active": "1", "showOnNav": "0", "pageType": "Blog", "carouselID": null, "template": "2", "icon": null, "featuredPage": "0", "slideImage": null, "slide_image_small": null, "webp_slide_image": null, "webp_slide_image_sm": null, "slideTitle": null, "slideCaption": null, "showCaption": "0", "hasComments": "0", "font_icon": null, "footer_link": null, "page_video": null, "header_image": "uploads/img/headers/how-to-dispose-a-smoke-detector-safely-a-step-by-step-guide.webp", "menuImage": null, "youtube_playlist": null, "slider_title_color": "#f6921e", "slider_caption_color": "#ffffff", "caption_position": null, "slide_overlay": "0", "page_intro": null, "short_intro": "Smoke detectors protect lives, but disposing of them incorrectly can harm the environment and pose safety risks. This guide explains how to safely remove, identify, and dispose of smoke detectors using approved and responsible methods.
", "cta_text": null, "cta_url": null, "menu_title": null, "section_title": null, "embedded_page": "0", "resource_page": "0", "show_header": "0", "require_subscription": "0", "show_menu_title": "0", "image_url": null, "featured": null, "banner": null, "color": null, "date_created": "Dec 20, 2025", "parentSlug": null, "grandparentSlug": null, "url": "environment/how-to-dispose-a-smoke-detector-safely-a-step-by-step-guide", "parentTitle": "Environment", "title": "How to Dispose a Smoke Detector Safely: A Step-by-Step Guide" }, { "pageID": null, "pageTitle": "Tullow Setting up Early Oil processing Facility in Northern Kenya", "pageSlug": "tullow-setting-up-early-oil-processing-facility-in-northern-kenya", "headline": null, "isRoot": "1", "pageCont": "British oil explorer Tullow has started setting up equipment in Turkana oilfields to separate crude oil from impurities in readiness for early exports this year. The company will pipe oil from its wells across the fields to the early production facility, which will separate crude oil from other fluids like water and gas that are pumped out together.
\r\nThe temporary facility, located at Amosing well, will be in use for two years, a period during which road trucks will transport 2,000 barrels of the black gold daily to Mombasa port for early exports. Thereafter, with the construction of a Sh210 billion Turkana-Lamu pipeline, the company will set up a permanent central processing facility that will process up to 80,000 barrels daily for exports.
\r\nTullow Oil contracted Dubai-based Almansoori Petroleum to supply the early product facility at a cost of Sh1.01 billion ($10 million). \"The South Lokichar basin appraisal programme has confirmed material oil resources to support substantial oil production and an export pipeline to the Kenyan coast pending a final investment decision, which is planned for 2019,\"the firm said in a statement.
\r\nThe explorer initially struck oil in Turkana's Lokichar basin in northwest Kenya in 2012, and has since followed it up with a string of other finds, putting the country on the path to becoming an oil producer. The recoverable reserves are estimated at 750 million barrels of crude, considered commercially viable.
\r\nKenya last July delayed a plan to start small-scale crude oil production of 2,000 barrels per day for transportation to Mombasa by road and loading on ships for export. The country is banking on oil exports to earn the much-needed petrodollars it hopes will help stem the rising tide of public debt that stands at half the gross domestic product.
\r\nSource: Business Daily
\r\n", "showContent": "1", "pageDesc": "Tullow will pipe oil from its wells to the early production facility, which will separate crude oil from other fluids that are pumped out together.", "dateCreated": "Feb 8, 2018 11:11 AM", "date_modified": "2024-10-27 23:12:54", "author": "Administrator", "postParent": "577", "isParent": "0", "pageImage": "uploads/images/202011/image_750x_5faceddda47d2.jpg", "showImage": "1", "imgThumbnail": "uploads/images/202011/image_750x415_5facedddb262d.jpg", "medium_thumbnail": null, "small_thumbnail": "uploads/images/202011/image_100x75_5facedddbdda7.jpg", "xs_thumbnail": null, "active": "1", "showOnNav": null, "pageType": "Blog", "carouselID": null, "template": "2", "icon": null, "featuredPage": "0", "slideImage": null, "slide_image_small": null, "webp_slide_image": null, "webp_slide_image_sm": null, "slideTitle": null, "slideCaption": null, "showCaption": "1", "hasComments": "0", "font_icon": null, "footer_link": "0", "page_video": null, "header_image": null, "menuImage": null, "youtube_playlist": null, "slider_title_color": null, "slider_caption_color": null, "caption_position": null, "slide_overlay": "0", "page_intro": null, "short_intro": null, "cta_text": null, "cta_url": null, "menu_title": null, "section_title": null, "embedded_page": "0", "resource_page": "0", "show_header": "1", "require_subscription": "0", "show_menu_title": "1", "image_url": "", "featured": null, "banner": null, "color": null, "date_created": "Feb 8, 2018", "parentSlug": null, "grandparentSlug": null, "url": "environment/tullow-setting-up-early-oil-processing-facility-in-northern-kenya", "parentTitle": "Environment", "title": "Tullow Setting up Early Oil processing Facility in Northern Kenya" }, { "pageID": null, "pageTitle": "AFDB to Support Utility-scale Wind Farm Project in Mozambique", "pageSlug": "afdb-to-support-utility-scale-wind-farm-project-in-mozambique", "headline": null, "isRoot": "1", "pageCont": "The African Development Bank-managed Sustainable Energy Fund for Africa (SEFA) has approved US $ 985,000 to Parque Eólico da Namaacha S.A SPV, to support project preparation activities for a utility-scale wind farm project in Mozambique.
\r\nThe project will provide reliable and clean power to the grid-connected population and industries in Maputo Province, add 60 MW peak power to the grid and expand transmission capacities. Further, SEFA aims at rendering the project a replicable wind farm reference for the Southern Africa Region.
\r\nThe intervention will trigger bankability and financial close of what will likely be the first utility-scale wind farm in Mozambique, contributing to reducing the significant peak-load gaps exhibited by the grid in Southern Maputo Province. SEFA funding will be instrumental in supporting the development of the project towards financial close, by covering the costs of technical and legal advisory services as well as of parts of the environmental and social impact assessment.
\r\nThe Project is aligned with the Bank's Ten Year Strategy focusing on inclusive/green growth through the delivery of energy access, the Bank's Private Sector Development Strategy (2013-2017) through leveraging of private sector financing, the Bank's Energy Sector Policy 2012 and the New Deal on Energy for Africa. On national level, the project is closely aligned with the on-grid pillar of the “Estratégia de Desenvolvimento de Energias Novas e Renovaveis para o período de 2011-2025” (EDENR), the “Plano Comunitário Energético Sustenável” (PCES) and the “Plano Director Energético Global” (PDEG).
\r\nAbout the Sustainable Energy Fund for Africa (SEFA):
\r\nLaunched in 2012, SEFA is a US $90-million multi-donor facility funded by the governments of Denmark, the United Kingdom, the United States and Italy. It supports the sustainable energy agenda in Africa through grants to facilitate the preparation of medium-scale renewable energy generation and energy efficiency projects; equity investments to bridge the financing gap for small- and medium-scale renewable energy generation projects; and support to the public sector to improve the enabling environment for private investments in sustainable energy. SEFA is hosted by the Renewable Energy Department of the AfDB.
\r\nSource: Oil and Gas Republic
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},
{
"pageID": null,
"pageTitle": "How JKIA can Reduce its Pollution",
"pageSlug": "how-jkia-can-reduce-its-pollution",
"headline": null,
"isRoot": "1",
"pageCont": "Kenya's largest airfield, the Jomo Kenyatta International Airport (JKIA) in Nairobi, can emulate China's Beijing International Airport's energy and waste management to reduce carbon emissions as it navigates its growth path.
\r\nThe Beijing Airport, according to an assessment report released during the third United Nations Environmental Assembly (UNEA 3), has seen emissions drop 16 per cent between 2014 and 2016 despite huge growth of passenger numbers. In 2016, the airport handled 94.39 million passengers and 606,000 aircraft.
\r\nAs part of the its measures to reduce emissions, use of gasoline and diesel by airport vehicles declined to 45 and 49 per cent respectively between 2010 and 2016. Of its 4,000 vehicles, more than 60 per cent are special purpose and the airport aims to switch at least 10 per cent of these and 20 per cent of the general purpose vehicles to electric powered alternatives by 2020.
\r\nUnited Nations South South Cooperation principal officer Zhang Shigang said if the JKIA adopts energy efficient ways and treats waste water, it will move a step forward towards reducing carbon emissions and dealing with air pollution in the country. He said the move will play a major role in enforcing government's anti-pollution policies.
\r\nHe was speaking during a panel discussion on how the world can deal with air pollution at the United Nations Environment Assembly in Gigiri, Nairobi, last week.
\r\nWhen he addressed delegates, President Uhuru Kenyatta said Kenya was committed to dealing with pollution and will sign a global air pollution deal.
\r\nThe President said, after wining praise for its plastic carrier bags ban, Kenya will move on to another major anti-pollution project by signing the air pollution policy.
\r\nMr Shigang said the Chinese airport's goal for a carbon free-emission environment can easily be achieved at the JKIA where the aircraft traffic is not as heavy as Beijing. \"Airports are among the major emitters of carbon dioxide and as the largest airport, the JKIA can contribute to reducing carbon emissions,\" he said.
\r\nAccording to 2015 -2016 statistics from the Kenya Airport Authority, the JKIA recorded 3,466,218 passengers. In the 2016-2017 period the number rose to 3,773,963. \"The large number of passenger movement signifies that if energy efficiency ways are not implemented, there is a lot of carbon being released into the air,\" he said.
\r\nHe added: \"There is need to adopt environment- friendly waste management system from the plane and treatment of water to reduce pollution to the environment and minimise impacts when released.\" Mr Shigang said the JKIA can also adopt clean energy sources such as solar as back- up instead of using energy that emits carbon.
\r\n\"This is a great move, which China is doing and Kenya's JKIA we should borrow from them. Air pollution is a major threat to health globally, which the UN requires all governments to address,\" he said.
\r\nSteven Stone, chief of the UN Environment's Resources and Markets Branch, said the Beijing airport had shown strong commitments towards sustainability, balancing growth in air, cargo and passenger traffic with its environmental performance, which can be emulated by the rest of the world. The assessment report also shows that the Beijing airport is increasing water use efficiency to help cope with chronic shortage.
\r\nFurther, the report indicates that performance in terms of indoor air quality and waste management treatment is fully up to national standards. \"As the only airport operator partner with United Nations Environment globally, we are very proud of this cooperation,\" said the airport's vice president, Zhang Wei.
\r\nMr Shigang said the UN is committed to starting a partnership with the JKIA in implementing the carbon- free and waste management policy at the airport.
\r\nSource: Business Daily
\r\n", "showContent": "1", "pageDesc": "There is need to adopt environment- friendly waste management system from the plane and treatment of water to reduce pollution to the environment", "dateCreated": "Dec 13, 2017 12:07 PM", "date_modified": "2024-10-27 23:12:54", "author": "HSE Editor", "postParent": "577", "isParent": "0", "pageImage": "uploads/images/202011/image_750x_5facfac1ac316.jpg", "showImage": "1", "imgThumbnail": "uploads/images/202011/image_750x415_5facfac1bdd07.jpg", "medium_thumbnail": null, "small_thumbnail": "uploads/images/202011/image_100x75_5facfac1c9b17.jpg", "xs_thumbnail": null, "active": "1", "showOnNav": "0", "pageType": "Blog", "carouselID": null, "template": "2", "icon": null, "featuredPage": "0", "slideImage": null, "slide_image_small": null, "webp_slide_image": null, "webp_slide_image_sm": null, "slideTitle": null, "slideCaption": null, "showCaption": "1", "hasComments": "0", "font_icon": null, "footer_link": null, "page_video": null, "header_image": null, "menuImage": null, "youtube_playlist": null, "slider_title_color": "#000000", "slider_caption_color": "#000000", "caption_position": null, "slide_overlay": "0", "page_intro": null, "short_intro": null, "cta_text": null, "cta_url": null, "menu_title": null, "section_title": null, "embedded_page": "0", "resource_page": "0", "show_header": "0", "require_subscription": "1", "show_menu_title": "1", "image_url": "", "featured": null, "banner": null, "color": null, "date_created": "Dec 13, 2017", "parentSlug": null, "grandparentSlug": null, "url": "environment/how-jkia-can-reduce-its-pollution", "parentTitle": "Environment", "title": "How JKIA can Reduce its Pollution" }, { "pageID": null, "pageTitle": "Ethiopia: Waste-to-Energy Plant to transform Waste Management", "pageSlug": "ethiopia-waste-to-energy-plant-to-transform-waste-management", "headline": null, "isRoot": "1", "pageCont": "For half a century, the Koshe dump site has been the only landfill in Addis Ababa. As the city has expanded, the landfill - which used to lie on the outskirts of the Ethiopian capital - has become part of the urban landscape, sprawling over an area the size of 36 football pitches and attracting hundreds of waste pickers who make their living from salvaged trash. Earlier this year, a landslide on the dump site killed 114 people, prompting the government to declare three days of mourning.
\r\nBut a new waste-to-energy plant is set to transform the site and revolutionize the entire city's approach to dealing with waste. The plant, which is due to begin operating in January, will incinerate 1,400 tons of waste every day - that's roughly 80 per cent of the city's rubbish - all while supplying Addis with 30 per cent of its household electricity needs and meeting European standards on air emissions.
\r\nThe facility, which is the result of a partnership between the Government of Ethiopia and a consortium of international companies, is the first of its kind in Africa.
\r\n\"The Reppie project is just one component of Ethiopia's broader strategy to address pollution and embrace renewable energy across all sectors of the economy,\" said Zerubabel Getachew, Ethiopia's deputy permanent representative to the United Nations in Nairobi. \"We hope that Reppie will serve as a model for other countries in the region, and around the world.\"
\r\nIn waste-to-energy incineration plants, rubbish is burned in a combustion chamber. The resulting heat is used to boil water until it turns to steam, which drives a turbine generator that produces electricity.
\r\nIn cities where land is in short supply, 'waste-to-energy' incineration is a quadruple win: it saves precious space, generates electricity, prevents the release of toxic chemicals into groundwater, and reduces the release of methane - a potent greenhouse gas generated in landfills - into the atmosphere.
\r\nWaste incineration is popular in Europe, where nearly one quarter of all municipal solid waste is incinerated. France alone has 126 waste-to-energy plants, while Germany has 99 and Italy 40.
\r\nLike its European counterparts, the Reppie plant operates within the strict emission limits of the European Union. The plant adopts modern back-end flue gas treatment technology to drastically reduce the release of heavy metals and dioxins produced from the burning.
\r\nThe project is the result of a partnership between the Government of Ethiopia and a consortium of international companies: Cambridge Industries Limited (Singapore), China National Electric Engineering and Ramboll, a Danish engineering firm. The consortium was established to design, construct and in some cases own waste-to-energy facilities customized for Sub-Saharan Africa. Reppie is the first of what the consortium hopes will be a series of such facilities in major cities across the region.
\r\nSource: UN Environment
\r\n", "showContent": "1", "pageDesc": "The plant, which is due to begin operating in January, will incinerate 1,400 tons of waste every day, that's roughly 80 per cent of the city's rubbish", "dateCreated": "Nov 24, 2017 12:37 PM", "date_modified": "2024-10-27 23:12:54", "author": "Administrator", "postParent": "577", "isParent": "0", "pageImage": "uploads/images/202011/image_750x_5fad01a5d41b3.jpg", "showImage": "1", "imgThumbnail": "uploads/images/202011/image_750x415_5fad01a5e2b45.jpg", "medium_thumbnail": null, "small_thumbnail": "uploads/images/202011/image_100x75_5fad01a5eedca.jpg", "xs_thumbnail": null, "active": "1", "showOnNav": null, "pageType": "Blog", "carouselID": null, "template": "2", "icon": null, "featuredPage": "0", "slideImage": null, "slide_image_small": null, "webp_slide_image": null, "webp_slide_image_sm": null, "slideTitle": null, "slideCaption": null, "showCaption": "1", "hasComments": "0", "font_icon": null, "footer_link": "0", "page_video": null, "header_image": null, "menuImage": null, "youtube_playlist": null, "slider_title_color": null, "slider_caption_color": null, "caption_position": null, "slide_overlay": "0", "page_intro": null, "short_intro": null, "cta_text": null, "cta_url": null, "menu_title": null, "section_title": null, "embedded_page": "0", "resource_page": "0", "show_header": "1", "require_subscription": "0", "show_menu_title": "1", "image_url": "", "featured": null, "banner": null, "color": null, "date_created": "Nov 24, 2017", "parentSlug": null, "grandparentSlug": null, "url": "environment/ethiopia-waste-to-energy-plant-to-transform-waste-management", "parentTitle": "Environment", "title": "Ethiopia: Waste-to-Energy Plant to transform Waste Management" }, { "pageID": null, "pageTitle": "London Distillers Switches to Solar Power", "pageSlug": "london-distillers-switches-to-solar-power", "headline": null, "isRoot": "1", "pageCont": "JinkoSolar Holding Co., Ltd a global player in the photovoltaic (PV) industry has supplied 924 Kilowatts of PV modules to be installed on the rooftop of the London Distillers' distillery in Athi River, Kenya.
\r\nExecuted by Solarcentury, a major international developer and independent power producer, the project is the largest commercial rooftop installation in East Africa. With the installation, London Distillers will save roughly $180,000 in electricity costs per annum and eliminate 330 tons of carbon emissions per annum.
\r\nMohan Galot, Chairman of London Distillers noted that \"we are always looking for ways to improve the cost efficiency of our operations and protect the environment, and investing in solar presented us with a solution for both these ambitions.\"
\r\n\"As a historically renowned distillery that has achieved long-term commercial success over its 125 year history, London Distillers understands the importance of making investments towards the future.\" Noted Gulnara Abudullina, JinkoSolar's General Manager for the Middle East and Africa region. \"Solarcentury's choice of JinkoSolar is a reflection of their belief in the long-term performance and reliability of our modules\" Ms. Abudullina elaborated.
\r\nSource: Africa Business Communities
", "showContent": "1", "pageDesc": "London Distillers will save roughly 180,000 USD in electricity costs per annum and eliminate 330 tons of carbon emissions per annum.", "dateCreated": "Nov 3, 2017 10:14 AM", "date_modified": "2024-10-27 23:12:54", "author": "Administrator", "postParent": "577", "isParent": "0", "pageImage": "uploads/images/202011/image_750x_5fae31ddd8ae7.jpg", "showImage": "1", "imgThumbnail": "uploads/images/202011/image_750x415_5fae31dde94de.jpg", "medium_thumbnail": null, "small_thumbnail": "uploads/images/202011/image_100x75_5fae31de0170c.jpg", "xs_thumbnail": null, "active": "1", "showOnNav": null, "pageType": "Blog", "carouselID": null, "template": "2", "icon": null, "featuredPage": "0", "slideImage": null, "slide_image_small": null, "webp_slide_image": null, "webp_slide_image_sm": null, "slideTitle": null, "slideCaption": null, "showCaption": "1", "hasComments": "0", "font_icon": null, "footer_link": "0", "page_video": null, "header_image": null, "menuImage": null, "youtube_playlist": null, "slider_title_color": null, "slider_caption_color": null, "caption_position": null, "slide_overlay": "0", "page_intro": null, "short_intro": null, "cta_text": null, "cta_url": null, "menu_title": null, "section_title": null, "embedded_page": "0", "resource_page": "0", "show_header": "1", "require_subscription": "0", "show_menu_title": "1", "image_url": "", "featured": null, "banner": null, "color": null, "date_created": "Nov 3, 2017", "parentSlug": null, "grandparentSlug": null, "url": "environment/london-distillers-switches-to-solar-power", "parentTitle": "Environment", "title": "London Distillers Switches to Solar Power" } ]