ECO-innovation energy-Water Nexus

A water circular economy solution through, building sustainable, resilient, repairable, water and sanitation infrastructure through a process of energy-water nexus of industrial scale water treatment system of waste water re-use that generates electricity and heat while cleaning contaminated water through a bio-electrical process.

Currently 2 billion people lack access to water and sanitation as a result of climate change and pressure on water use,from the water used 75% is contaminated through pollution.water technology in water treatment are energy and water intensive,However waste and waste water treatment contain a lot of energy.Eco innovation provides solution to communities and co-operation to solve this water problem.Our product is a modular reactor onsite waste control system that utilizes a micro-factory of aerobic waste water treatment that leverage electric active micro-organism that generate renewable heat and electricity and finally generation of clean water 

Water energy treatment from Industrial water pollution we aim at eliminating 99.9% of the contaminants. Energy treatment through a process of electro methane genesis from the reactor we aim at producing clean energy like the biogas. Reduction in clean water foot print by regenerating clean water from water waste we aim at reaching at 50 %.Eliminating CO2 emission which we aim at reaching 1500MT a year .A return on investment for the companies to maximize on its sustainability reaching at 40% IRR which as a result of water regenerated and the heat generated in the waste that is being re-used

 A growing number of forward-thinking companies should realize that through coordinated action they can change our freshwater future for the better — reducing risk and uncertainty, while creating healthier rivers and diverse economic opportunities at the same time concerns. There is need to identify and understand the variables that affect water quality, developing innovative solutions to monitor, analyze and manage these complex systems.  In particular, how might this solutions incorporate material, information, and biological technologies that can help water systems respond to the stresses of climate volatility.

The impact of the solution with be community and cooperation the outcome target will be electricity active microbes called electrodes will convert pollutant into electricity, High quality gas will be converted into clean energy which is a heat that will be used by organization. Re-movement of pollutants of waste. Also reduction in their operation expense, expanding with the facility and maximizing on their sustainability. This will be deployed to them through the onsite reactor. This increases urban sustainability on energy and water nexus

Measuring the waste after ultra-filtration - 99% of contaminants removed

Measuring the water that waste used against the re-cycled water - 50% reduction in water foot print

This will be calculated by the number of metric tonnes of Methane gas produced my electro methane genesis process - Eliminate 1700 metric tonnes of Co2 a year

Via a sophisticated algorithm, machine learning and predictive analytics the device measures and provides real-time data and detailed information offering notifications and up-to-the-time alerts of energy use and energy requirement for the industry. This technology is enabled through mobile in
web application and at the end of the day a viable financing option of water and sanitation is facilitated to the end user in the effort of using energy and re-used water.

Currently the existing industrial water treatment is water and energy intensive.That is why we come in to reduce this effect.Climate change is becoming a global issue hence water is scarse their is need for least developed countries to come up with innovative approach to curb water and heat loss besides pollution of water.

We aim at installing,owning and operate the system but the payment will be on performance per litre. Thus just selling back the treated water and the energy produced.

Currently we are working in an accelerator under Kenya climate innovation centre supported by climate launch pad by the European union that how we set up the office.Through this we are aiming to get funding for the feasibility studies under Kenya innovation fund.More so by participating in competition in getting  people aware of our solution.More so we are working closely with our early innovators industries in beverage and food industries who want to utilise our technology

Its sector dependant,geographically dependant even to the water shed level

http://www.the-scientist.com/?articles.view/articleNo/35299/title/Live-Wires/

Enabling us to connection to potential launching customers, implementation partners and investors via the extensive expert network of the challenge partners and support.Design research agency through developing a business case to help bring the concept to market, further through building,validating and prove of the product and service,Learning about contracting and licensing,Developing a strategy for finance and funding starting capital,Learning how to find a market entry, product-market and launching customers,Developing the social business model and strengthening key capabilities, for example financial planning or negation skills.

UNEP,Kenya climate innovation centre and the Climate launch Pad.

My competitors are the current water industrial water treatment companies.