TOMOE SHOKAI CO.,LTD. List of Products and Services

The "UTSK/UTSP" is a wood biomass boiler that does not require any qualifications or licenses. The "UTSK・UTSP," designed for low moisture content fuel, is equipped with an automatic ignition system. It achieves low-cost high performance through a bottom-fed combustion method. The "UTSL," with its compact appearance and sophisticated style, can burn both dry chips and pellets, enabling simple maintenance. It also comes standard with a weekly timer control. 【Features】 ＜UTSK・UTSP＞ ■ Designed for low moisture content fuel ■ Equipped with an automatic ignition system ■ Low-cost high performance through bottom-fed combustion ■ Capable of supporting a maximum output of 2000kW (UTSK) *For more details, please refer to the PDF document or feel free to contact us.

The "Novatronic" is a wood biomass boiler (wood-fired) capable of continuous combustion for over 4 hours on a single fuel load. It features optimal combustion through the control method "Lambda Control," which operates with an excess air ratio. It is equipped with an "automatic flue cleaning mechanism." It can be used in bathhouses, public baths, hotels, and more. It is a sturdy type designed for European specifications. 【Features】 ■ Optimal combustion through the control method "Lambda Control" with an excess air ratio ■ Continuous combustion for over 4 hours on a single fuel load ■ Equipped with an automatic flue cleaning mechanism ■ Sturdy type designed for European specifications ■ Rated output: 40–80 kW *For more details, please refer to the PDF materials or feel free to contact us.

"The 5 Ways to Install a Boiler at a Low Cost" is a document that explains five methods to reduce the installation costs of a boiler. When installing a boiler, it's easy to focus only on the cost of the boiler and its running costs. By reducing the installation costs, it is possible to lower the total implementation costs. 【What are the 5 methods? (Excerpt)】 ■ About subsidies ■ Using appropriately sized equipment… ■ Is an elevator needed for delivery? ■ Is removal of existing equipment unnecessary? ■ Is it not necessary to install a chimney? *The document provides a detailed explanation of the above five methods.

"Six Ways to Reduce Running Costs with Boiler Upgrades" is a document that explains methods to help reduce the running costs of boilers. 【What are the six methods? Explained from this perspective!】 ■ Boiler efficiency ■ Control methods ■ System implementation ■ Capacity optimization ■ Fuel ■ Hybrid hot water systems *For more details, please refer to the PDF available for download.

We would like to introduce a case study on the introduction of a wood biomass boiler at the Jiseien Social Welfare Corporation. The boiler, which uses wood residual pellets as fuel, provides hot water for bathing at a nursing home for the visually impaired, a special nursing home for the elderly, and a day service facility, contributing to CO2 reduction for climate change prevention. 【Case Overview】 ■ Application: Hot water supply for elderly welfare facilities ■ Fuel: Wood pellets ■ Hot water unit model: Rotary grate type ENER-D200 ■ Hot water unit output: 200 kW ■ Silo unloading system: Spring arm type ■ Installation date: December 2009 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of a wood biomass boiler into the regional heating supply system around the Shimokawa Town Hall. This system realizes energy self-sufficiency and a low-carbon society through a regional circulation system of wood energy, achieving significant reductions in fossil fuel use and continuing to do so. Including this unit, a total of six biomass boiler systems have been installed in the town. 【Case Overview】 ■ Application: Regional heating for the town hall, fire station, etc., and road snow melting ■ Fuel: Wood chips (moisture content DB 100%) ■ Hot water unit model: Movable grate type UTSR-1200.32 ■ Hot water unit output: 1200 kW ■ Silo discharge device: Push feeder type ■ Installation date: February 2010 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of a wood biomass boiler at the Mogami Town Wellness Plaza. By effectively utilizing local forest resources as energy and integrating three wood chip boiler systems, the special nursing home "Kōbai-sō" and other local facilities provide heating, cooling, and hot water, contributing to the establishment of a circular society. This has achieved significant reductions in fossil fuel use and CO2 emissions by establishing local production and consumption of forest resources. 【Case Overview】 ■ Application: Regional heating, cooling, and hot water for hospitals and nursing homes ■ Fuel: Wood chips (moisture content DB 100%) ■ Hot water boiler model: Movable grate type UTSR-550.32, 700.32, 900.32 ■ Hot water boiler output: 550 + 700 + 900 kW ■ Silo discharge system: Push feeder type ■ Installation period: March 2007 to March 2012 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of a wood biomass boiler at the Kawashita-so in the Miyama Town Nature and Culture Village. Using dead trees from oak and pine, as well as thinned wood as fuel, it is utilized for heating the bathing facilities, hot water supply, and lobby heating. Before the introduction, an oil boiler was used as the heat source, but with the installation of the biomass boiler, fossil fuel consumption has been reduced, leading to a decrease in CO2 emissions from fossil fuels. [Case Overview] - Purpose: Hot water supply, bathing facilities heating, and heating for accommodation - Fuel: Wood chips (moisture content DB 100%) - Hot water unit model: Movable grate type UTSR-300.32 - Hot water unit output: 300 kW - Silo unloading system: Vent arm type - Installation date: March 25, 2012 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of a wood biomass boiler at Kagoshima University Hospital. Based on the implementation plan for measures against global warming, we are utilizing the rich forest resources of the training forests owned by Kagoshima University to reduce CO2 emissions. To achieve a unique eco-cycle, we have introduced a "wood biomass steam boiler." 【Case Overview】 ■ Application: Steam heat source ■ Fuel: Wood chips (moisture content DB 100%) ■ Boiler type: Water tube small simple flow boiler ■ Combustion furnace: Movable grate type UTSR-900.32 ■ Silo unloading device: Push feeder type ■ Installation date: February 2012 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study regarding the introduction of a wood biomass boiler at Shoji Lumber Mill, Kamabuchi Factory. By converting the large amount of cedar bark (tree bark) generated in-house into boiler fuel for energy and drying wood, we are utilizing the forest as a "circular resource" and working towards CO2 reduction and effective waste utilization. This has become a model case for using bark as fuel, and biomass boilers have been installed at three facilities: Kanayama Factory, Kamabuchi Factory, and Mamurogawa Factory. [Case Overview] ■ Application: Industrial hot water wood drying ■ Fuel: Wood bark (moisture content DB100%) ■ Hot water machine type: Movable fire grate type UTSR-1600.32 ■ Hot water machine output: 1500 kW ■ Silo discharge system: Push feeder & chain conveyor method ■ Installation date: October 2009 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of a wood biomass boiler at the health promotion facility "Hottu Apple" in Iida City. As an environmental model city, we implemented a pellet boiler with the aim of reducing greenhouse gas emissions. Using locally produced wood pellets, the pellet boiler serves as the heat source for hot water supply, bathtub heating, and pool heating at the facility. 【Case Overview】 ■ Purpose: Health promotion facility hot water supply, bathtub and pool heating, floor heating ■ Fuel: Wood pellets ■ Hot water unit model: Down-draft combustion furnace UTSP-550.22 ■ Hot water unit output: 550 kW ■ Silo unloading system: Spring arm type ■ Installation date: March 2010 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of a wood biomass boiler at the New Energy Utilization Citizen Exchange Center. This facility serves as a model for the conversion of renewable energy with heating and cooling equipment powered by a wood biomass boiler, and it is a community disaster prevention hub equipped with self-generation capabilities. Furthermore, it is utilized as a public facility that combines multiple purposes as a model for promoting the use of wood resources. 【Case Overview】 ■ Purpose: Hot water supply, heating and cooling, power generation ■ Fuel: Wood chips (moisture content WB 50% or less) ■ Hot water boiler type: Movable grate type UTSR-240.32 ■ Hot water boiler output: 240 kW ■ Silo unloading device: Vent arm type ■ Installation date: February 2015 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study on the introduction of a wood biomass boiler at Nagisa no Yu, a hot spring facility in Tsushima. We are utilizing wood chips made from offcuts and backboards generated during the processing of thinned wood from Tsushima as boiler fuel for the hot spring facility. In Tsushima, many offcuts and similar materials are left unused, and there is hope for new energy sources to replace kerosene and heavy oil, given the abundant forest resources in Tsushima. 【Case Overview】 ■ Application: Hot spring facility for hot water supply and flowing baths ■ Fuel: Wood chips (moisture content DB 50%) ■ Hot water machine model: Down-combustion furnace UTSK-240.22 ■ Hot water machine output: 240 kW ■ Silo discharge system: Vent arm type ■ Installation date: February 2010 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study regarding the introduction of a wood biomass boiler at Nishijima Gardening Complex Co., Ltd. As a hybrid system combining an existing heavy oil boiler and wood biomass energy, a wood chip boiler has been installed for heating greenhouses over 1.2 hectares of a total of 4 hectares, using hot water to cultivate melons and other crops. The boiler room and silo have been appropriately installed in the empty space between the greenhouses, and the processing of combustion ash has been automated to simplify operations. [Case Overview] ■ Application: Hot water greenhouse heating ■ Fuel: Wood chips (moisture content DB 100%) ■ Hot water machine model: Movable fire grate type UTSR-700.32 ■ Hot water machine output: 700 kW ■ Silo unloading device: Push feeder type ■ Installation date: September 2011 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our product, 'UTSR visio'. The thermal storage tank contributes to load adjustment in heat supply and efficient operation, reducing the number of starts and stops, and promoting low emissions and economical operation. Additionally, the filter technology complies with regulatory standards in various countries and incorporates a multi-cyclone within the boiler body. 【Features】 ■ Lower and more stable fuel costs compared to fossil fuels ■ Economical and efficient operation through optimal combustion technology ■ Combustion chamber manufactured to high quality standards ■ Achieves a long lifecycle ■ Highly reliable technology that is not affected by fluctuations in fuel quality *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce the range of products we handle. Starting with high-power commercial clothes dryers and washing machines, known as "laundry products," we also offer customizable "boilers and non-pressurized hot water units" tailored to specific purposes and uses. Additionally, we have "biocoke boilers," "residue boilers," and "biogas boilers," among others. 【Products We Handle (Partial List)】 ■ Laundry Products ■ Boilers and Non-Pressurized Hot Water Units ■ Filtration Circulation Devices ■ Polar Reversal Lightning Rod "PDCE" ■ Far Infrared Heaters *For more details, please refer to the PDF materials or feel free to contact us.

For customers considering purchasing our products through Ipros, we offer them at a special price! 【Methods to Install Boilers at a Low Cost】 - Utilize subsidies - Choose equipment with appropriate capacity - Use an elevator for delivery - Do not remove existing equipment - Do not erect a chimney - Take advantage of campaigns 【Ways to Reduce Running Costs】 - Upgrade to high-efficiency boiler equipment - Upgrade to equipment with proportional combustion control - Implement a quantity control system - Choose equipment with appropriate capacity - Switch fuel from oil to gas - Use a hybrid hot water supply system for even more savings *For more details, please refer to the [PDF download].

This catalog introduces the "Babi Carol Heater" that we handle. It features a variety of products, including the "ene 'R' type D and type P," which can burn dry chips and pellets, as well as the "UTSR," which allows raw chips to be burned without a drying process, and the dedicated low moisture content fuel types "UTSK and UTSK." Additionally, it presents biomass boiler thermal management systems and wood biomass boiler systems, making it a useful reference when considering implementation. [Contents] ■ Energy utilization of wood biomass ■ A lineup of trusted and proven products ■ Biomass boiler thermal management systems (remote monitoring systems) ■ Wood biomass boiler systems ■ List of hot water machines by fuel type *For more details, please refer to the PDF materials or feel free to contact us.

In this document, we introduce numerous case studies of biomass boiler installations. The facilities are categorized based on their types and uses, as well as the types of fuel used, and primarily include facility photos, layout diagrams, and system diagrams. Since wood fuel is a solid fuel and its shape varies by type, please also refer to the fuel transport equipment and the structure of the fuel storage (silo). [Contents] ■ I. Fuel: Wood Chips ■ II. Fuel: Wood Bark ■ III. Fuel: Firewood ■ IV. Fuel: Wood Pellets *For more details, please download the PDF or feel free to contact us.

The term "carbon neutral," which you often hear, do you know what it specifically means? It refers to balancing the "emissions" and "absorption" of greenhouse gases. Achieving "net zero emissions" means that the total emissions of greenhouse gases, including carbon dioxide, are offset by the absorption from activities such as afforestation and forest management, resulting in a net total that is effectively zero. In October 2020, the government declared its aim to achieve net zero greenhouse gas emissions by 2050, targeting "carbon neutrality." Currently, over 120 countries and regions have set the goal of "carbon neutrality by 2050." *For more detailed information, you can view the related links. For more details, please download the PDF or feel free to contact us.*

Are you familiar with Japan's Basic Energy Plan? In October 2020, the declaration of "carbon neutrality by 2050" was made. In April 2021, the target of "46% reduction in greenhouse gas emissions by fiscal year 2030" was announced. In October 2021, Japan's new Basic Energy Plan was formulated. The outlook for energy supply and demand in 2030 shows a reduction of fossil fuels from 76% to 41% compared to fiscal year 2019, an increase in nuclear power from 6% to 20-22%, and a doubling of renewable energy from 18% to 36-38%. *For more detailed information, you can view it through the related link. For more details, please download the PDF or feel free to contact us.

The biomass beakroll heater (hot water unit) from the Basha Association effectively utilizes wood biomass resources, efficiently extracting thermal energy through combustion, and can be used for hot water supply, cooling, heating, snow melting, drying, and more. The use of wood biomass contributes to the advancement of the region's "timber" and "related industries." By converting energy that has previously depended on external sources to local biomass energy, some of the funds that were flowing out are expected to circulate, creating "new jobs" and "income." 【Features】 ■ It not only meets the goals of forests, renewable energy, and climate change but also positively impacts various SDGs, including job promotion, clean technology, water resource protection, marine resource protection, sustainable production and consumption, and sustainable urbanization. *For more details, please download the PDF or feel free to contact us.