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Biomass Power Generation System Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Biomass Power Generation System Product List

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Books: The Frontiers and Challenges of Energy Utilization through Biomass and Waste Power Generation

Books: The Frontiers and Challenges of Energy Utilization through Biomass and Waste Power Generation

- Local production for local consumption and regional revitalization -

○Publication Date: November 22, 2013 ○Format: A4 Softcover, 200 pages ○Price: 46,000 yen + tax → STbook member price 43,695 yen + tax 【Supervision】Masayuki Yoshiba 【Editing】Yasuo Suzuki 【Authors】 Masayuki Yoshiba - Graduate School of Tokyo Metropolitan University Tomokazu Otani - Mizuho Information & Research Institute, Inc. Toyoaki Kawabe - Summit Energy, Inc. Akihiro Chitose - Tokyo Eco Service, Inc. Masayuki Horio - Ryukoku University (Emeritus Professor, Tokyo University of Agriculture and Technology) Masayuki Maeda - Furuhashi EPO, Inc. Daisuke Saito - Green Thermal, Inc. Makoto Takizawa - Green Thermal, Inc. Kazuho Ito - Sumitomo Heavy Industries, Ltd. Akiko Yokoyama - Ebara Environmental Plant, Inc. Hideki Takeguchi - Takuma Co., Ltd. Yasuo Suzuki - JFE Engineering Corporation Kenichi Sasauchi - Chugai Ro Co., Ltd. Minoru Kumazaki - Emeritus Professor, University of Tsukuba Kenji Asano - Central Research Institute of Electric Power Industry Yukimasa Ogawa - Obayashi Corporation Naruki Yamagata - Shinko Environmental Solutions Co., Ltd. Yutaka Mori - Metawater Co., Ltd. Manabu Morishita - Mizu-ing, Inc. Yuka Inoue - JFE Engineering Corporation

  • Company：S&T出版
  • Price：10,000 yen-100,000 yen
  • Technical and Reference Books

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"Energy utilization system using organic residues as fuel" *Examples available*

"Energy utilization system using organic residues as fuel" *Examples available*

Residue is not just something to be discarded! We will solve issues such as waste problems, disposal costs, fuel costs, energy conservation, and environmental considerations.

We propose a wide variety of thermal energy solutions tailored to your needs. We analyze the types and characteristics of residues to build an optimal system. *Residues: A general term for waste generated during the manufacturing and processing of food, etc.* ■ Generate heat and steam from residues! ⇒ Reduce energy costs ■ Turn waste into valuable resources! ⇒ Alleviate (eliminate) the burden of industrial waste disposal costs ■ Local production and consumption of energy! ⇒ Reduce fuel and electricity costs, lower environmental impact "Contributing to SDGs" "Reducing and controlling CO2 emissions" "Towards the realization of a zero-emission, zero-carbon, ideal decarbonized society" We provide reliable, easy-to-operate systems. Please feel free to consult with us first. 【Types of residues, quantities, and other concerns】 ■ For those struggling with beverage residues: green tea, black tea, oolong tea, coffee, barley tea, etc. ■ For those struggling with mushroom "spent substrate" residues: We will support you with planning and support for steam supply systems and binary power generation systems based on a biomass boiler manufacturer with extensive experience! ■ For those considering effective utilization of other organic residues *Case studies are currently being introduced in PDF format.* *For more details, please download the PDF or contact us.*

  • Food environmental hygiene/contamination prevention equipment

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Energy utilization system using organic residues as fuel

Energy utilization system using organic residues as fuel

Don't throw away the leftovers! Leave the solutions for waste disposal, fuel costs, energy conservation, and environmental considerations to us.

"Contributing to the SDGs" "CO2 Reduction and Control" "Towards the Realization of a Zero Emission, Zero Carbon Ideal Decarbonized Society" Key Point 1: Generate heat from residues! Steam! ⇒ Energy cost reduction is expected. Key Point 2: Turn waste into valuable resources! ⇒ Reduction or elimination of industrial waste disposal costs is expected. Key Point 3: Achieve local production and consumption of energy! ⇒ Reduction of fuel and electricity costs, and decreased environmental impact are expected. For those considering steam supply systems, binary power generation systems, etc., we will assist you together with a biomass boiler manufacturer with extensive experience. Are you facing any of these issues? ■ Those struggling with beverage residues (green tea, black tea, coffee grounds, oolong tea) ■ Those struggling with mushroom "waste substrate" residues ■ Those having trouble with waste cooking oil disposal ■ Those considering effective utilization of other organic residues ■ Others currently examining energy-related challenges If you would like a more detailed explanation, please feel free to contact us.

  • others

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Urban Biomass Power Generation "Food Green Power Generation"

Urban Biomass Power Generation "Food Green Power Generation"

Urban biomass power generation system utilizing wastewater oils and fats from the food industry.

"Food Green Power Generation" is a system that produces a unique biomass fuel called "SMO" from wastewater fats, which have previously only been disposed of as industrial waste. It generates biomass power using diesel generators. This enables an energy loop in urban areas, such as generating electricity from wastewater fats produced by the Olympic Village and using that power to operate Olympic-related facilities. 【Features】 ■ Creation of new energy ■ CO2 reduction ■ Waste reduction & increased recycling rate ■ Water purification & management of piping and drainage ■ Independent power source during disasters *For more details, please download the PDF or feel free to contact us.

  • Generator

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Hot Air Turbine HLT-100 Compact

Hot Air Turbine HLT-100 Compact

Biomass power generation system utilizing air heat and pressure.

Using wood as fuel Compared to oil and gas, wood fuel is CO2 neutral and helps mitigate the greenhouse effect. Generating energy from wood means producing heat within the CO2 neutral cycle found in nature. This cycle is based on the idea that only the CO2 absorbed by wood through photosynthesis is released during combustion. Small-scale CHP systems ORC systems and steam turbines have conditions related to their complexity and stringent monitoring, making it difficult to ensure profitability unless they are medium-sized systems with a thermal capacity of 2MW or more. In such large-capacity systems, there are often cases where thermal consumption is not sufficient throughout the year. The "HLT-100 COMPACT" hot air turbine, which falls within this low-output range, can utilize over 400kW of thermal consumption through power generation in a wood combustion system. A significant advantage compared to wood gasification systems is the potential to use a wide range of fresh chips with a moisture content of up to 55%.

  • air conditioning
  • Boiler
  • Generators and transmission motors

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Heat from the residue! Steam!

Heat from the residue! Steam!

Don't throw away the leftovers! Leave the solutions for waste disposal, fuel costs, energy conservation, and environmental considerations to us.

"Contributing to the SDGs" "CO2 Reduction and Control" "Towards the Realization of a Zero Emission, Zero Carbon Ideal Decarbonized Society" Point 1: Heat from Residues! Steam! ⇒ Energy cost reduction is expected. Point 2: Turning Waste into Valuable Resources! ⇒ Reduction or elimination of industrial waste disposal costs is expected. Point 3: Realizing Local Production for Local Consumption of Energy! ⇒ Reduction of fuel and electricity costs, and decreased environmental impact are expected. For those considering steam supply systems, binary power generation systems, etc., we can assist you in collaboration with a biomass boiler manufacturer with extensive experience. Are you facing any of these issues? ■ Those struggling with beverage residues (green tea, black tea, coffee grounds, oolong tea) ■ Those struggling with mushroom "waste substrate" residues ■ Those having trouble with waste cooking oil disposal ■ Those considering effective utilization of other organic residues ■ Others currently examining energy-related challenges If you would like a more detailed explanation, please feel free to contact us.

  • others

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If you are having trouble with the disposal of beverage residues *green tea, black tea, coffee grounds, oolong tea*

If you are having trouble with the disposal of beverage residues *green tea, black tea, coffee grounds, oolong tea*

That residue might turn into "treasure"! Leave the solutions for waste disposal, fuel costs, energy conservation, and environmental considerations to us!

"Contributing to the SDGs" "CO2 Reduction and Control" "Towards the Realization of a Zero Emission, Zero Carbon Ideal Decarbonized Society" Key Point 1: Heat from Residues! Steam! ⇒ Expected reduction in energy costs Key Point 2: Turning Waste into Valuable Resources! ⇒ Expected relief and elimination of industrial waste disposal costs Key Point 3: Realizing Local Production for Local Consumption of Energy! ⇒ Expected reduction in fuel and electricity costs, and lower environmental impact For those considering steam supply systems, binary power generation systems, etc., we are here to assist you in collaboration with a biomass boiler manufacturer with extensive experience. Are you facing any of these issues? ■ Those struggling with beverage residues (green tea, black tea, coffee grounds, oolong tea) ■ Those struggling with mushroom "waste substrate" residues ■ Those having trouble with waste cooking oil disposal ■ Those considering effective utilization of other organic residues ■ Others currently examining energy-related challenges If you would like a more detailed explanation, please feel free to contact us.

  • others

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