charcoal briquettes marketing strategy in kenya

Demand for Charcoal Briquettes in Kenya. There are three main sources of energy in Kenya: wood fuel, petroleum and electricity accounting for 70 percent, 21 percent and 9 percent of total energy use respectively. But, the charcoal briquette made from the wastes such as sawdust, bagasse, coffee husks, wheat straws etc, has also become more and

In reality, much of the briquette activity currently taking place in Kenya makes use of waste charcoal fines, or dust, generated by the charcoal industry. In this case carbonisation has been ‘done for free’ – one of the reasons this works economically

Another example is the marketing strategy of the company Chardust Ltd. in Kenya which is addressing three market segments, supplying them with different charcoal briquettes, as follows: The business and institutional market is served by lower grade briquettes, marketed as Vendors Waste Briquettes and sold in large bags

Feb 24, 2016 Biomass briquettes are increasingly popular as an alternative fuel to charcoal and firewood in sub-Saharan African households. They are mostly made of green waste and other organic materials and are now commonly used to generate heat for cooking and lighting within households or during agri-processing. Turning organic waste into clean-burning biomass briquettes not only helps […]

The Charcoal Briquettes are made from charcoal dust and fines salvaged from charcoal traders across the city of Nairobi. They burn for 3-4 times longer than common charcoal with no smoke, sparks or smell, making it ideal for space heating and water heating applications, as well as cooking and roasting. The Biomass briquettes are made from

See Biomass Briquettes - Marketing. ... Kenya – Chardust Ltd. Chardust Ltd. was founded in 2000 to produce substitutes for charcoal on a commercially sustainable basis. ... Chardust also produces a premium charcoal briquette made from selected vendors' waste and natural binders. This lower ash product is designed for the domestic barbecue

Analysis of the Charcoal Value Chain in Kenya Executive Summary Charcoal is a key bio-energy resource in Kenya, providing domestic energy for 82% of urban and 34% of rural households. The charcoal industry also creates jobs for wood producers, charcoal producers, transporters and vendors. The industry reportedly employs almost 1 million

National Charcoal Strategy 2017–2027 i REPUBLIC OF MALAWI The Ministry Of Natural Resources, ... version of the Jiko charcoal cookstove introduced from Kenya in the late 1980s and 1990s. Adop-tion of newer, more efficient charcoal cookstoves ... charcoal production and marketing has

Table 13. Sizes of Charcoal-based Briquettes Produced from Different Materials. ..... 27 Table 14. Time Taken for the Briquette to Ignite, Boil and Extinguish, and the Burning Characteristics. ..... 28 Table 15

Jan 30, 2017 Jan 30, 2017 The raw materials include charcoal dust, maize cobs and waste vegetable matter which he uses to make smokeless briquettes which are dried and then sold as fuel. In Narok County, most people earn less than two dollars per day. Maa Briquette therefore seeks to provide an affordable and environmental friendly energy solution

The company also plans to acquire a larger extruder for producing briquettes, and a larger truck for distribution and feedstock procurement. Through HFI Kenya, the company plans to improve on its production efficiency and adopt effective marketing and distribution strategies that will ensure they become a

ernment supports this strategy, as the energy strategies Sessional Paper No. 4 of 2004 proposes. increased adoption of efficient charcoal stoves from 47 per cent to 80 per cent by 2010, and to

And charcoal production has an important position in Kenya. 700,000 people have been employed in this industry and 500,000 people involved directly in the charcoal trade as transporters and vendors. But, there are many things you need to notice if you want to succeed in making charcoal briquettes in Kenya

In reality, much of the briquette activity currently taking place in Kenya makes use of waste charcoal fines, or dust, generated by the charcoal industry. In this case carbonisation has been ‘done for free’ – one of the reasons this works economically