富士瓦斯株式会社（フジガス） List of Products and Services

At Fujigas, we have started selling "Fujigas Carbon Neutral LP Gas" (FCN-LPG, commonly known as Mount Fuji LPG), which fully offsets the greenhouse gases generated during the combustion of LP gas. Using carbon credits created through the "Yamanashi Prefectural Forest Utilization Climate Change Countermeasure Project," we achieve net-zero greenhouse gas emissions from LP gas. In Yamanashi Prefecture, the profits from the sale of these credits will be used to promote sustainable forest management that considers further forest conservation and the preservation of biodiversity. As the number of properly managed forests increases, it will create a cycle that can prevent sediment disasters and contribute to disaster prevention. This FCN-LPG can be proposed nationwide and is available for various uses, including LP gas used with meters (for both residential and commercial purposes), LP gas used in small cylinders such as patio heaters, and emergency backup LP gas for generators, among other forms. *For more details, please refer to the PDF document or feel free to contact us.

At Fujigas, we sell our original product "Fujigas Carbon Neutral LP Gas (FCN-LPG)" utilizing domestically produced carbon credits and other resources. With the government's declaration of carbon neutrality by 2050, are you facing any challenges such as "I am unsure how to start reducing CO2 emissions in my company" or "I am working on CO2 reduction, but I cannot reduce the emissions from the LP gas I use"? FCN-LPG is Fujigas's original LP gas offset by "J-Credits" and other carbon credits that comply with the energy conservation law and the climate change law established by the government. By introducing FCN-LPG to your company, factory, or store that uses LP gas, you can effectively achieve a net-zero CO2 emission during LP gas combustion. 【Benefits of Introduction】 ■ Improved business evaluation and corporate value through environmentally responsible management, contributing to your company's branding ■ Leave the complicated paperwork for purchasing and offsetting carbon credits to us ■ Support regional revitalization through local production and consumption of credits *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where the LP gas used for the parasol heaters installed at some dining establishments in Roppongi Hills, operated by Mori Building Co., Ltd., has been switched to "Fuji Gas Carbon Neutral LP Gas (FCN-LPG)" sourced from forests in Yamanashi Prefecture. The parasol heaters utilize LP gas, which is the fuel for outdoor heating devices used in terrace seating at dining establishments, and this has been switched to FCN-LPG to achieve carbon offsetting. Additionally, the FCN-LPG used this time employs offset credits created through the "Yamanashi Prefecture Forest Utilization Global Warming Countermeasure Project," which is associated with the World Heritage site, Mount Fuji. Fuji Gas refers to this FCN-LPG as "commonly known as Fuji Mountain LPG." In this implementation, the cost of LP gas usage continues to be borne by the tenants, while the cost of carbon credits is covered by the operating company, Mori Building Co., Ltd. 【Implementation Points】 - Use of credits with traceable origins - Achieving carbon-neutral operations for the building without imposing costs on tenants by having the owner bear the credit expenses *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where "Carbon Neutral LP Gas (FCN-LPG)" was implemented at the restaurants managed by Zeton Co., Ltd., which operates dining establishments nationwide. Zeton has been using our patio heaters (outdoor heating devices) at the terrace seats of their restaurants for some time. In pursuit of decarbonization and sustainable growth, they decided to switch the LP gas for the patio heaters to FCN-LPG. With this implementation, they achieved a reduction of approximately 87,000 kg-CO2 annually. 【Details of FCN-LPG Implementation】 Implementation Volume: 13,000 ㎥/year (scheduled as of November 2022) Implementation Date: Gradually starting from December 2022 *For more details, please refer to the PDF document or feel free to contact us.

LP gas refers to liquefied petroleum gas, which means "liquefied petroleum gas." It mainly consists of propane and butane, with small amounts of propylene and butylene included. ■ A general term for gases that are relatively easy to liquefy, such as propane and butane ■ When the main component is propane, it is called propane gas; when it is butane, it is called butane gas. This document provides a thorough explanation of LP gas, which has recently gained attention particularly in the field of disaster response! We will introduce the three characteristics of LP gas, two features, and examples of its use during disasters. Please feel free to download and take a look. 【Contents】 ■ What is LP gas ■ Three characteristics of LP gas ■ Two features of LP gas ■ Examples of LP gas use during disasters *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the characteristics of LP gas, which has been attracting attention in the field of disaster prevention in recent years. LP gas is an infrastructure-free energy source that can be supplied quickly and at low cost, as it does not require pipelines. Additionally, it liquefies at relatively low pressure, reducing its volume to 1/250, making it possible to safely transport it in LP gas cylinders. This document provides an easy-to-understand overview of LP gas, including its characteristics and features. If you are interested in basic knowledge about LP gas, please feel free to download and take a look. [Contents] ■ What is LP gas ■ Three characteristics of LP gas ■ Two features of LP gas *For more details, please refer to the PDF document or feel free to contact us.

There are two main features behind the choice of LP gas. The first is its low carbon energy aspect. LP gas is a clean energy source with a relatively low carbon emission coefficient among fossil fuels. The second is its resilience to disasters. Being a decentralized energy source, it allows for quick recovery during disasters and has minimal fuel degradation, making it effective for disaster preparedness. This document provides an overview of LP gas, details about green LP gas, and information on the recovery status of lifelines during the Great East Japan Earthquake. Please feel free to download it. [Contents] ■ What is LP gas ■ Three characteristics of LP gas ■ Two features of LP gas ■ Case studies of LP gas usage during disasters *For more details, please refer to the PDF document or feel free to contact us.

What type of fuel is suitable for disaster preparedness? We have conducted a thorough comparison of three fuels: LP gas, gasoline, and diesel. We have summarized four points in a table: frequency of trial runs and maintenance, fuel storage life and quantity, exhaust, odor, and carbon monoxide, and fuel safety. This document also includes basic knowledge about LP gas, so please feel free to take a look. [Contents] ■ What is LP gas? ■ Three characteristics of LP gas ■ Two features of LP gas ■ Examples of LP gas use during disasters *For more details, please refer to the PDF document or feel free to contact us.

We will introduce the advantages and disadvantages of solar power generation. In terms of advantages, there is no environmental burden and no need for running fuel. However, there are disadvantages such as the inability to generate power at night and being affected by weather conditions. While it is possible to store surplus electricity generated by solar power, batteries with enough capacity to cover all power shortages can be quite expensive. In this document, we also clearly present not only the advantages and disadvantages of solar power generation but also ways to improve efficiency through combinations with other power generation methods, so please feel free to download and take a look. [Contents] ■ Advantages and disadvantages of solar power generation ■ System flow of solar power + battery + LP gas generator ■ Examples of solar power + battery + LP gas generator - Off-grid BBQ system - Community microgrid project *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the importance of disaster response in a decarbonized society. It explains the expansion of power outage damage due to the intensification of weather disasters, the acceleration of renewable energy and all-electric systems, as well as LP gas generators and FCN-LPG. It also includes a lineup of LP gas generators and examples of BCP utilization. Please feel free to download and take a look. [Contents] ■ Expansion of power outage damage due to the intensification of weather disasters ■ Acceleration of renewable energy and all-electric systems ■ LP gas generators and FCN-LPG ■ Disaster-resistant LP gas generators ■ Lineup of LP gas generators ■ Examples of BCP utilization for LP gas generators *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 utilization of LP gas generators in the backup plans for offices and factories. In addition to ensuring the safety of employees and securing communication methods with employees and business partners, power is essential for maintaining minimum business continuity. In the case of manufacturing factories, equipping backup power for pre-shipment inspection equipment and multifunction printers for invoice output leads to improved trust thereafter. [Case Overview] ■ Challenge: In addition to ensuring the safety of employees and securing communication methods with employees and business partners, power is essential for maintaining minimum business continuity. ■ Effect: Equipping backup power for pre-shipment inspection equipment and multifunction printers for invoice output leads to improved trust thereafter. *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce a case study on the use of LP gas generators in business continuity planning (BCP) during power cuts at peak times. By supplementing peak electricity usage with LP gas generators during periods of high air conditioning use in the summer, it is possible to cut power during peak times and reduce electricity costs. It is possible to create economic benefits with emergency generators introduced as part of BCP measures. 【Implementation Effects】 ■ The LP gas generator automatically operates to cut peaks when the regulated demand value is about to be exceeded. ■ Reduces the maximum demand value and lowers electricity costs. ■ Economic benefits can be generated with emergency generators introduced as part of BCP measures. *For more details, please refer to the PDF document or feel free to contact us.

In recent years, the attention on LP gas generators in the field of disaster response has been increasing. Why choose LP gas generators? We will clearly introduce the reasons for their selection. The main reason LP gas generators are chosen in the disaster response field is their ability to store fuel for a long time. Gasoline and diesel fuel deteriorate, requiring replacement every six months, but LP gas does not deteriorate, allowing for less hassle in replacement and long-term storage. This document provides a clear explanation of the importance of disaster response in a decarbonized society and more detailed information about LP gas generators. Please feel free to download and take a look. [Contents] ■ Expansion of power outage damage due to intensified weather disasters ■ Acceleration of renewable energy and all-electric initiatives ■ LP gas generators and FCN-LPG ■ Disaster-resistant LP gas generators ■ LP gas generator lineup ■ BCP utilization examples of LP gas generators *For more details, please refer to the PDF document or feel free to contact us.