Main MGC Group Eco-Friendly Products
Geothermal power plants
A renewable and clean source of energy
CO2 emissions over the lifecycle of geothermal power are less than 2% of a coal-fired power plant
Benefits for the environment
Geothermal power is generated by using heat from the Earth's core to produce steam. It is a renewable source of energy that can stably generate power without being affected by seasonal weather changes. In addition, geothermal power plants emit far less CO2 than other types of power plants.
How geothermal power generation works
MGC's geothermal power plants in operation and under development
BIOMUP bioplastic
Biomass-derived resin
exclusively for use in carbon fiber reinforced plastic
Made from renewable resources, reducing CO2 emissions
Benefits for the environment
BIOMUP is made from biomass materials that can be sustainably used, reducing consumption of petroleum resources.
In addition, the CO2 generated during thermal recycling (use in incineration) is atmospheric CO2 that was captured by plants through photosynthesis, which means that no new CO2 is added to the atmosphere.
Eco-friendly biomass plastic
Examples of BIOMUP applications
- * Products of MITSUBISHI GAS CHEMICAL NEXT COMPANY, INC., a member of the MGC Group.
CBZ thermosetting resin
Resin exclusively for use in carbon fiber reinforced plastic
Contributes to energy and resource savings during processing and use
Benefits for the environment
Carbon fiber reinforced plastic (CFRP) is attracting attention for its energy and resource saving effects during use because of its light weight and sturdiness. Thermosetting resin is essential for molding CFRP.
CBZ can be molded at various temperatures and curing times are short. As a result, energy consumption is reduced during molding, and the resin itself is high strength, which means it can be molded thinly, contributing to resource saving.
Composition of CBZ and characteristics / properties of CFRP
characteristics / properties of CBZ
- * Products of MITSUBISHI GAS CHEMICAL NEXT COMPANY, INC., a member of the MGC Group.
Chemical blowing agents
Chemical products that foam resin and rubber
The power of bubbles enhances material functionality and saves energy and resources
Benefits for the environment
It is possible to produce materials with excellent properties including light weight, thermal insulation, noise absorption, and vibration absorption by chemically foaming rubber and plastic.
These types of foamed materials are used in many everyday products including automobile components, tires, and building materials such as wallpaper. They contribute to energy and resource saving.
Properties of foamed plastic and foamed rubber
Applications in the home
Applications in automobiles
Core back molding technique
Foamed plastic and rubber have many other applications including sound absorption and vibration control by components that are not seen in the interiors of the ceiling, floor, and doors.
- * Products of Eiwa Chemical Ind. Co., Ltd., a member of the MGC Group.
Ageless™ oxygen absorbers
Preserves the freshness and taste of food for longer periods
Helping reduce the amount of wasted food
Benefits for the environment
Ageless™ can keep food tasting delicious and fresh for relatively long times, which leads to less food being thrown away due to mold, discoloration, or loss of flavor. That also helps reduce the amount of times food needs to be produced and delivered, which ultimately means less CO2 emissions.
How Ageless™ works
Ageless™ is mainly comprised of specially processed iron powder. One property of iron is that it bonds with oxygen as it rusts. That allows Ageless™ to effectively absorb the oxygen in an airtight package, thereby preventing adverse effects from oxygen and oxidation on the items in the package.
The effectiveness of Ageless™ in preserving food
Testing the ability of Ageless™ to prevent mold
Under experimental conditions, the colonization of blue mold was observed on castella sponge cake either in packaging containing an Ageless™ sachet, in nitrogen flushed packaging, or exposed to the air.
DESLIME
Cleaning agent for air conditioning equipment
Cleans air conditioning equipment and saves energy
Benefits for the environment
When a biofilm firms inside air conditioning equipment, thermal efficiency declines and excess energy is consumed. DESLIME contributes to energy saving by easily removing this biofilm.
- Simple cleaning operation
Place DESLIME equal to 5% (standard use concentration) of the water capacity in the water reservoir.
Use the pump to circulate the water for one to two hours. - Environmentally friendly
After cleaning, DESLIME breaks down to non-toxic water and oxygen.
- Cleaning fluid has a neutral pH
DESLIME has almost no impact on equipment materials.
- Excellent dispersion and separation force
DESLIME is a peroxide-based cleaning agent that penetrates and removes accumulated biofilm in air conditioning equipment.
Explanatory diagram for the total system cleaning method
Example of cleaning using DESLIME
- *Results will vary depending on the status of biofilm accumulation.
Powerful disinfecting ability
DESLIME is also ideal for removing Legionella spp. and general bacteria.
DESLIME is registered with the Japanese Association of Air Conditioning Water Treatment Chemicals for Legionella.
Cleaning with DESLIME and general bactericide (example of measurement using a bio-checker)
MX-Nylon
Containers and packaging materials that boast excellent barrier properties and chemical resistance
Reducing the burden on the environment by extending the shelf life of foods and beverages and using thinner and lighter containers
Benefits for the environment
By making containers thinner and lighter while maintaining their excellent barrier properties against oxygen and carbon dioxide gas, MGC helps to solve environmental problems by preserving foods and beverages for long periods, reducing the amount of plastic usage, and reducing CO2 emissions produced in distribution operations.
- *Thinner: reducing the thickness of containers, etc.
Mechanism of barrier property of MX-Nylon (for plastic beverage bottle)
- *PET: polyethylene terephthalate
Effect of MX-Nylon’s barrier performance
The excellent gas barrier properties extend the shelf life by about double (for a 350ml PET plastic bottle of a carbonated beverage).
Period for maintaining the carbon dioxide gas (shelf life): the period until 20% of the initial CO2 GV is lost.
Effect of MX-Nylon’s lightweight design
Lighter containers (for a 350ml PET plastic bottle of a carbonated beverage)
Weight of bottles with the same shelf life
A wide range of applications
MX-Nylon is used for various food containers and packaging including PET plastic bottles, films, pouches, cups, and trays. Taking advantage of its excellent chemical resistance, MX-Nylon is also used for chemical and fragrance bottles as well as bleach (chlorine bleach) and ink containers, and can preserve contents for long periods and prevent the leaking of odors.
Development to also achieve carbon neutrality
MX-Nylon, to be produced at MGC’s Niigata Plant, has acquired ISCC PLUS certification, an international certification system for sustainable products.
With this certification, MGC will begin manufacturing and selling ISCC PLUS-certified MX-Nylon, which is manufactured from sustainable raw materials as per the mass balance approach .
In order to meet the carbon neutral goal, by conserving energy in its manufacturing process and actively using plant-derived raw materials, MGC is working to achieve net-zero CO2 emissions when manufacturing.
Direct methanol fuel cells
Enabling quiet and clean power generation
Supplies power without emitting any NOx, SOx, particulate matter or other atmospheric pollutants
Benefits for the environment
Direct methanol fuel cells (DMFCs) produce power through a chemical reaction, so they operate quietly and emit no atmospheric pollutants. They can also continuously supply electricity for several consecutive days.
Comparing the performance of DMFCs with other emergency power supplies
DMFCs are clean sources of energy that operate at low noise levels, and meet high-performance standards for applications that require relatively low output of electricity to be supplied continuously for long periods of time. Since the cells are also compact, they can be installed in small spaces for use in times of emergency.
How DMFCs work
DMFCs generate electricity by producing a chemical reaction using methanol and air. DMFCs can continuously supply electricity as long as they are filled with methanol.
Dimethyl ether
A clean fuel derived from methanol
Emits comparatively low amounts of NOx and no SOx and PM during combustion
Benefits for the environment
MGC produces dimethyl ether as well as methanol from natural gas produced as a by-product of oil drilling, thereby making effective use of resources from an environmental perspective. Dimethyl ether is also being promoted as a clean fuel because it emits no sulfur oxide (SOx) and particulate matter (PM), which are emitted when burning diesel oil or kerosene.
Aerosol spray cans
As an alternative to chlorofluorocarbons (CFCs), MGC's dimethyl ether is used in aerosol spray cans as a propellant.
Plastic greenhouses
MGC is aiming to commercialize dimethyl ether as a greenhouse boiler fuel that facilitates cultivation since it emits CO2 needed for the growth of plants and Produces while also providing heating.
Trucks
MGC's dimethyl ether can be used as a clean diesel fuel for trucks.
Meta-xylenediamine
A highly weather-proof epoxy coating
Reduces organic solvents to the greatest extent possible!
Benefits for the environment
MGC's meta-xylenediamine (MXDA) epoxy coating is comparatively friendlier to human health and the environment than conventional products because it is water-based and contains no organic solvents, which are a cause atmospheric pollution. Compared with ordinary curing agents, about 20% less volume of MXDA is needed to get the same hardening performance, which ultimately contributes to conserving oil resources.
Comparing MXDA and an ordinary curing agent by the amount of needed for the same performance
Hydrogen peroxide
An environmentally friendly pulp and paper bleaching agent
Hydrogen peroxide is used as a bleaching agent that does not harm marine ecosystems because it decomposes into water and oxygen
Benefits for the environment
Hydrogen peroxide is a chemical compound that has been used as a bleaching agent and an oxidizer for many years. It produces no harmful by-products since it decomposes into water and oxygen. Consequently, hydrogen peroxide is in demand for various applications as an environmentally friendly chemical.
Using hydrogen peroxide instead of chlorine to bleach paper products
After successfully manufacturing hydrogen peroxide for the first time in Japan in 1933, MGC went on to become one of the world's leading producers of this substance.
The first hydrogen peroxide manufactured in Japan