Hi,

This is more of an appeal for technical partnership with experienced organizations and individuals, than an appeal for funds.

There is no doubt that the Clean Cooking Initiative world wide needs some new directives and approach.

I have decided to take the Clean Cooking campaign on two ends, 1) directly to villages, where it is needed, and  2) policy advocacy to lawmakers and government departments.

Nigeria no doubt has the market and any solution or technology be scaled once the buying power of the people are taken into consideration. 

However, to achieve this, I will be requiring support, mainly technically, and resources. 

There is no way to start this campaign without the ability to profer alternatives and empowering women and children in the process. 

I am ready to share the concept notes with anyone that might interested. 

I can be reached on powerupnigeria@Gmail.com 

I look forward to reading from you.

Adetayo Adegbemle(for PowerUp Nigeria)

Welcome GSMA

Keuangan Kelompok Bank Dunia

Indonesia

 

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Climate change is one of the greatest challenges facing the world today. Its impacts can already be seen across the globe. World already is facing impacts from climate change and will inevitably see those impacts in the future. The 2007/2008 Global Human Development Report (HDR) demonstrated that climate change is happening and that actions must be taken to reduce its impacts and reduce the extent of that change. Impacts from climate change caused by increasing levels of greenhouse gases (GHGs) in the atmosphere are expected to lead to a myriad of problems that affect human development. Negative impacts may include damages from more frequent natural disasters and sea-level rise, strains on food production, harm to human health, and many others. If not addressed, climate change can restrict people’s choices, slow down and undermine development gains, and have a negative impact on human development in general.

The Global HDR calls for international action to address both the mitigation of climate change and adaptation to the impacts of climate change. This recommendation is based on the fact that, even if emissions of greenhouse gases were reduced drastically today, emissions that have already been released would still have an impact in the immediate future, because most greenhouse gases stay in the atmosphere for long periods of time. For example, in 30 years the environment can only absorb half of the CO2 contained in the atmosphere.

Global Gross Domestic Product (GDP). If temperatures increase up to 5-6°C, which would be possible under business as usual scenarios, climate change would result in a 5-10% loss in global GDP, with developing countries suffering costs in excess of 10%, even when only market impacts, such as losses to agriculture, energy use and forestry, were included. If non-market impacts are included, such as environmental and health damage, the estimates for damages are as high

 

To reduce the risks from climate change, emissions must be significantly reduced by 50% by 2050 and by beginning to adapt to existing climate variability and future climate change. Looking beyond 2020, it is difficult to speculate about the costs of reduction and what each country will need to do to mitigate their emissions. However, a significant global shift will be necessary to avoid dangerous climate change.

Climate change is one of the greatest challenges facing the world today. Its impacts can already be seen across the globe. World already is facing impacts from climate change and will inevitably see those impacts in the future. The 2007/2008 Global Human Development Report (HDR) demonstrated that climate change is happening and that actions must be taken to reduce its impacts and reduce the extent of that change. Impacts from climate change caused by increasing levels of greenhouse gases (GHGs) in the atmosphere are expected to lead to a myriad of problems that affect human development. Negative impacts may include damages from more frequent natural disasters and sea-level rise, strains on food production, harm to human health, and many others. If not addressed, climate change can restrict people’s choices, slow down and undermine development gains, and have a negative impact on human development in general.

The Global HDR calls for international action to address both the mitigation of climate change and adaptation to the impacts of climate change. This recommendation is based on the fact that, even if emissions of greenhouse gases were reduced drastically today, emissions that have already been released would still have an impact in the immediate future, because most greenhouse gases stay in the atmosphere for long periods of time. For example, in 30 years the environment can only absorb half of the CO2 contained in the atmosphere.

Global Gross Domestic Product (GDP). If temperatures increase up to 5-6°C, which would be possible under business as usual scenarios, climate change would result in a 5-10% loss in global GDP, with developing countries suffering costs in excess of 10%, even when only market impacts, such as losses to agriculture, energy use and forestry, were included. If non-market impacts are included, such as environmental and health damage, the estimates for damages are as high

 

To reduce the risks from climate change, emissions must be significantly reduced by 50% by 2050 and by beginning to adapt to existing climate variability and future climate change. Looking beyond 2020, it is difficult to speculate about the costs of reduction and what each country will need to do to mitigate their emissions. However, a significant global shift will be necessary to avoid dangerous climate change.

Climate change (2).docx

It is a nice concept. 

World Environmental Solutions and Dewpoint Systems of Hawaii have combined their two technologies enabling a containerized system of water from the air production and the accelerated growth of plants for human consumption that can be taken to normally unacceptable climatic conditions.  WES is well known for its MultiGen and its "water from the atmosphere" technology: when this is combined with the Dewpoint's dewponics-accelerated growth system  the combined system has the ability to not only make power, water and cool air, but the Dewpoint system utilizes only the temperature of the newly made water and allows that water to be used elswhere.

The floating plant pots in baths of this cool water draws the cool temperature into the soil and roots. These floating pot racks would fit neatly beside each other and thus prevent evaporation of the cool water into the atmosphere above from the cooling tank.

1. The shallow tank these systems would be placed in would be filled with the chilled water from the MultiGen, at approximately 10C below dew point, and this temperature is controlled by the WES chiller system run from an onsite waste exhaust gas heat, making all chilling free with the exception of a small power usage of circulation pumps and fans along with manufacturing water from the air.
2. The earth placed in the pots will be moist to begin with, and be kept cool proportional to the dewpoint found at site by the transfer of the cooling water the pots float in.
3. The earth in these floating pots would be chilled to the same temperature as the water by a simple heat exchange through the pot rack. This differential would create its own micro climate and feed the pots irrigated water, naturally generated.
4. When the tank water reaches the desired temperature 10C below dewpoint, a diverter valve would direct the chiller to manufacture water directed to storage tanks. As the water temperature changes, the reverse happens and the chiller redirects cooling to the tank water cooling system.
5. Only near harvest could water be required, as the plant grows to maturity and the water naturally generated will probably be insufficient pending the plant being grown. It's estimated that only 5% of water will be required as to what is normally used.
6. Harvesting is simple from these floating pots and the soil and plants' roots are recycled for later use and new soil /recycled soil installed with new seedlings.
7. The Growing system was developed in Hawaii by the Natural Energy Laboratory of Hawaii using cool deep sea water taken 1800 feet down. The use of the MultiGen technology and its cold water generation system allows the entire system to be portable and situated away from the coastal regions.
8. Initially the grapes grown at NELHA  achieve 3 crops per year. Over 100 varying food crops have been tested and achieved at NELHA.
9. Further information and videos can be seen on www.multigensolutions.com.au/products.

 

Hi Dean, Based on the date of the replies (2014), is your note from 2018? I will drop a quick email to confirm. Dan Bicz. TSPMGroup.com and AfricaKilowatt.com