Carbon Dioxide Reduction Using Microwave Processes
First written in FY2023-Q1. 10 of 11 entries say "Restated". Latest entry: FY2026.
No other company in this theme has enough history to compare yet.
- FY2026RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain the reduction of energy consumption and carbon dioxide emissions through the direct, selective transfer of microwave energy and electrification. - FY2025RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the direct transfer of microwave energy and electricity generated from renewable energy sources can reduce carbon dioxide emissions. - FY2025-H1RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the internal, direct transfer of microwave energy to target materials and electrification using electricity from natural energy sources can lead to energy and carbon dioxide reductions. - FY2024RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the internal, direct and selective transfer of microwave energy and electrification using electricity from renewable energy sources can lead to energy and carbon dioxide reductions. - FY2024-Q3RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the internal, direct transfer of microwave energy to target materials and electrification using electricity from renewable energy sources can lead to energy and carbon dioxide reductions. - FY2024-Q2RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the internal, direct transfer of microwave energy to target materials and electrification using electricity from renewable energy sources can lead to energy and carbon dioxide reductions. - FY2024-Q1RestatedAnnual report
「The microwave processes we are developing use electricity rather than fossil resources. Microwaves enable efficient energy transfer through features such as internal heating, selective heating and rapid heating, making substantial carbon dioxide reductions possible compared with conventional processes that use fossil resources. As a result, they have attracted attention in recent years as a promising key technology for achieving carbon neutrality.」
The company continues to explain how efficient energy transfer using electricity-derived microwaves can reduce carbon dioxide emissions compared with conventional processes. - FY2023RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the direct, selective transfer of microwave energy and electricity generated from renewable energy sources can reduce carbon dioxide emissions. - FY2023-Q3RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the internal, direct transfer of microwave energy to target materials and electrification using electricity from renewable energy sources can lead to energy and carbon dioxide reductions. - FY2023-Q2RestatedAnnual report
「Microwave processes can transfer energy efficiently from within, directly and to targeted materials, compared with conventional processes that transfer energy externally, indirectly and throughout the entire process, enabling energy savings. In addition, because substantial carbon dioxide reductions are possible through electrification using electricity from renewable energy sources, which has become less expensive and more widely generated since the 2000s, microwave processes have attracted attention as a promising key technology for achieving carbon neutrality.」
The company continues to explain how the internal, direct transfer of microwave energy to target materials and electrification can lead to energy and carbon dioxide reductions. - FY2023-Q1First statedAnnual report
「The microwave processes we are developing use electricity rather than fossil resources. Microwaves enable efficient energy transfer through features such as internal heating, selective heating and rapid heating, making substantial carbon dioxide reductions possible compared with conventional processes that use fossil resources. As a result, they have attracted attention in recent years as a promising key technology for achieving carbon neutrality.」
The company positions electricity-derived microwaves and their internal, selective and rapid heating characteristics as a technology that can reduce carbon dioxide emissions compared with conventional processes.