Umeå Municipality has a total of 19 wastewater treatment plants. The largest handles waste water from households and various companies in the area. Every year, it receives about 13 million cubic metres of waste water, containing 3,000 tonnes of organic material and 80 tonnes of phosphorus. And every day it produces 23,000 kWh of biogas. Umeå’s largest treatment plant manages the waste water of 166,000 inhabitants (including industrial load) and can purify up to 8,100 cubic metres of waste water an hour.
Wastewater treatment plant
Wastewater treatment plant
New CTCN/UNIDO Call for Proposals: Water and energy efficiency and self-generation plan in the Solomon IslandsType:NewsPublication date:Objective:Sectors:
Solomon Islands comprise hundreds of islands. Solomon Islands Water Authority (SW), a state-owned enterprise, is mandated to operate as the provider of municipal water and wastewater services. About 95% of total installed capacity of electricity generation in Solomon Islands is based on fossil fuels, and the balance 5% is through renewable energy sources. The electricity tariff of Solomon Islands is one of the highest in the Pacific since a major share of electricity in the Islands is met through fossil fuels.
- Type:WebinarDate and time:Wednesday, November 25, 2015 - Wednesday, November 25, 2015 Europe/CopenhagenOrganiser:
UNEP-DHI Partnership presents Water Quality Webinar Series
- Type:WebinarDate and time:Wednesday, September 30, 2015 - Wednesday, September 30, 2015 Europe/Copenhagen
The topic of the second webinar in WQ Webinar series is Water Quality: the Key Challenges. Presentations will explore how human activities and natural processes, such as climate change, are impacting water quality.
Mekorot implements state-of the-art technological solutions and cutting-edge processes that succeeded in maximizing the utilization of Israel’s water resources. The systems include a national network of fully-automated control centres. These centres ensure the continuous functioning of Mekorot’s 3000 water installations including wells pumping stations treatment facilities reservoirs and pipelines. Advanced communications devices provide online real-time information about water quality and water supply while allowing remote control of vital systems.
Stanford researchers have developed a method for converting ammonia in wastewater into nitrogen gas while simultaneously generating power in a bioreactor system. This method produces energy from carbon and nitrogen waste and provides significant cost and energy savings over current options.
What is Micro-algae
Micro-algae are a group of unicellular or simple multicellular fast growing photosynthetic microorganisms that can conserve CO2 efficiently from different sources, including the atmosphere, industrial exhaust gases, and soluble carbonate salts. Micro-algae act as a major system for converting atmospheric CO2 into lipids under sunlight and increase the output of algal oil. The enzyme acetyl Co-A carboxylase (ACCase) from micro-algae catalyzes the key metabolic step in the synthesis of oil in algae.
The need to reduce the impacts of deteriorating quality of public waters (particularly enclosed water bodies, etc.) as a result of climate change, in areas that may face declining sanitation conditions. Particularly applicable in response to the need to mitigate impacts in regions where water pollution is occurring due to urban population growth associated with economic growth, or due to rapid industrial development.
- Type:OrganisationCountry of registration:South KoreaRelation to CTCN:Network Member
GIST was established in 1993 by the Korean government as a research-oriented graduate school to train highly qualified scientists and engineers and to foster scientific and technological achievements. In 2010, GIST established GIST College to create a liberal arts based science curriculum for undergraduates. The strong research capability of GIST was reflected by the 2015/2016 QS World University Rankings when GIST was ranked number 2 in the world for citations per faculty.
- Type:OrganisationCountry of registration:South AfricaRelation to CTCN:Network Member
The Energy Research Centre is a research and academic type of institution established in 1989. The institution provides thought leadership and research on key issues related to climate change mitigation in developing countries under the following key focal areas: Energy- Environment and Climate Change, Energy- Poverty and Development, Renewable Energy, Energy Efficiency, and Energy Systems Analysis & Planning.