Spiral PicoPica Hydraulic Power Unit is a promising pico-hydro power generation equipment which has potential for dissemination in non-electrified areas, with its characteristics including low-head generation and dust-resistance. There are two types of units, “PicoPica10” and “PicoPica500”
“PicoPica10” is a unit that enables around 10W generation by securing a flow of 10ℓ/sec and a head of 0.1m. This product can be manually assembled and utilized as security lighting, drawing power from a nearby waterway. “PicoPica10” has already been sold over 500 sets within Japan as an environmental education material.
On the other hand, “PicoPica500” enables around 500W generation by securing a higher flowrate of 100ℓ/sec and a head of 0.7m. The generated energy can be equivalent to an average Japanese household’s electricity consumption.
If this product is implemented in developing countries where electrification is an issue, people’s lifestyle can be modernized, resulting in providing enormous social and cultural impact.
Sumitomo Electric Industries, Ltd.
With a module that’s twice as efficient as conventional silicon photovoltaic systems, this power generation system by Sumitomo Electric Industries, Ltd. is designed for high solar radiation (DNI >6.5) and high-temperature areas. Solar panel installation occurs high above the ground in order to offer usable space below the panels. This space-saving feature is just one of the reasons why the CPV system is on tap to become the next-generation photovoltaic generator.
Sumitomo Electric Industries, Ltd.
Designed for a 20-year lifecycle, Sumitomo Electric Industries, Ltd.’s Vanadium Flow Battery System brings high energy efficiency to large-scale energy storage systems. The vanadium flow battery (redox flow battery), can absorb and stabilize the fluctuations of outputs predicated by renewable energy sources. Essentially, it’s a large scale energy storage system featuring a vanadium flow battery that charges and discharges depending on oxidation and reduction of vanadium ions in electrolytes.
As such, the lifecycle is long – 20 years – with little to no risk. This is why it can be used on a large scale safely. It also allows for real-time accurate monitoring of the remaining charge, along with ease of operation and virtually no limit to the charge/discharge systems. Perhaps its most notable point is that it is incombustible, which translates to no fire hazard.
Tamada Industries, Inc. Ltd. is in the tank manufacturing, sales, and related installation/maintenance service business. They manufacture SF (steel and fiber reinforced plastic) double-wall tank, which is an underground tank for storing liquid fuel and chemical products. It is designed for installation at gas stations and other facilities that store hazardous materials. Utilizing proprietary technology, this double-wall structure is comprised of a primary steel tank and a secondary FRP tank.
The company has designed a detection interstice, or micro-space, between the primary steel tank and the secondary FRP tank. This is so that, even if leakage was to occur because of corrosion in the primary steel tank, soil pollution would be prohibited and the leak would be found.
The FRP in the exterior layer of the SF double-wall tank features 500 times greater insulation than the asphalt used in covering single-wall tanks. In addition, it has 50 times the tensile strength and six times the shear resistance. As such, this allows it to become a durable cover as well as prevent corrosion when it comes to the interior layer. In addition, FRP is chemical-resistant.
Many countries, including Japan, need SF double-wall tanks in order to comply with the environmental conservation regulations.
Wastewater derived from daily preparation and consumption of foods contains a lot of fats, oils and grease (FOG). FOG has been increasing proportionally by the world population growth and it has caused a serious pollution on rivers and seas.
FOG normally exists as small lumps on a surface of wastewater. In general, 60 tons of wastewater are required to purify a 200ml cup of FOG.
TBM Co., Ltd. has two innovative techniques to reuse FOG:
1) Technique for the perfect separation and collection of FOG from wastewater.
2) Reforming technique of collected FOG in a new bio fuel for an electricity generator.
TBM Co., Ltd. realizes a new green power generation system that protects our water environment. This system helps to achieve the various objectives of SDGs: reduction of urban and industrial wastes, reduction of the organic loading rate in sewage water, creation of green energy.
Our solar pump directly utilizes Direct Current (DC) power generated by the solar panel without any intermediate conversion into Alternating Current (AC). The pump offers a built-in automatic control function and protection device, and has unparalleled features due to (i) low cost, (ii) high durability, and (iii) simplicity of construction work, due to the direct utilization of DC power. Our technology can be used in rural area with low costs.
TESNA Energy Co., Ltd. developed the compact waste incinerator, which is a small, dependable waste incinerator designed for the safe and efficient disposal of medical waste, industrial waste, municipal solid waste and wood chips. Billed as a safe and sustainable waste management system, this technology can be used within various types of facilities, such as hospitals, nursing homes, research institutes, industrial parks and factories.
The compact waste incinerator meets emission standards set forth by the Ministry of the Environment in Japan. In addition, this technology has a burning capacity of 50kg/hour (TDE-RC-50) and 80kg/hour (TDE-RC-80). Other capacities are available for customized applications.
The company is well known for its role in the woody biomass gasification plant business, using reformed gas to generate electric power as well as to produce hydrogen for fuel cells and industrial use.
The Center for African Area Studies, Kyoto University
Using a combination of indigenous and scientific knowledge to design resource management model with ownership by residents
Sustainable use of natural resources is essential for the future of rainforests in southeast Cameroon. This project will make accurate estimate of wildlife habitat density using camera trap and design a sustainable management model centering on monitoring by residents. A sustainable model for promising non-timber forest products (NTFPs) will be built by standardizing production and processing methods. Operators will be educated to ensure the model to be established in the region and the implementation process will be proposed to the Cameroon government.
Preserve biodiversity with sustainable management of wildlife and non-timber forest products
The establishment of forest resource management based on proactive participation by local residents will promote preservation of biodiversity in the rain forests of Congo Basin. Also, utilization of diverse forest resources including wildlife and non-timber products as well as improvement in lives of local residents through commercialization of forest products can be achieved in a sustainable manner.
The Universal Storage System, developed by TOTETSU MFG. CO., LTD., allows rainwater to be collected for storage. By removing sediments before storage, the stored water can be used for anything from agriculture to industry to everyday life. Typically, when rainwater goes through the gutters, it is wasted as it seeps into the ground. Instead, with this system, that water can be utilized.
Because traditional concrete underground tanks are costly, water is usually stored in open reservoirs. This allows insects and contaminants to pollute the water, and also allows the water to evaporate. Totetsu’s system not only eliminates these issues, but also allows the land above the storage to be used for other purposes such as carparks or playgrounds.
Tottori Resource Recycling Inc.
To improve food security, Tottori Resource Recycling Inc. wanted to utilize our technology that could make people independent. That’s where Porous Alpha comes in. This system provides water-saving cultivation in dry areas by allowing water to remain in the soil. In the trials carried out in a greenhouse in Morocco, the crop yield increased by 20% with 50% less water consumption.
The main raw material of Porous Alpha is used glass bottles. They are crushed into a powder, then calcium carbonate is added. Once heated, the material becomes amorphous and porous. This structure allows it to retain water. Porous Alpha provides water to plants when water is needed, which is the unique property to this technology.
Glass bottles are made of silica sand and calcium carbonate is a natural raw material. Consequently, Porous Alpha comprises only natural materials, and it doesn’t harm the environment.
This system has been implemented in many countries so far, to great acclaim.