Environmental Conservation

Input & Output (implemented in 2022)

Reduction of CO2 Emissions

JSP Corporation's CO2 emissions in FY2022 decreased by approximately 4.8% (3,207 t-CO2 decrease) from the previous fiscal year. The main reasons for the improvement are the aggregation of plant operating days, effective use of waste heat, and our efforts toward reducing air leaks and heat-radiation loss in the plants. Compared to FY2013 values, emissions were reduced by approximately 21.5%.
Our foam material contributes to the reduction of greenhouse gas emissions in unseen areas of automobiles and homes, such as improving fuel efficiency when used in automobiles and improving heating and cooling efficiency when used as insulation in homes.

Trend of CO2 Emissions

Reduction of Energy Consumption

In FY2022, JSP Corporation’s energy consumption per unit of production, calculated from the energy use contribution ratio*, improved to 96.9% compared to the previous year, achieving our goal of improving energy consumption per unit of production compared to the previous year. In addition, the average change in specific energy consumption per unit of production over the five-year period was 100.3%, and the goal of improving the average change in specific energy consumption per unit of production over the five-year period by an average of 1% or more per year was not achieved. From FY2023 onward, we will further implement the PDCA cycle for energy conservation activities at each business site and promote the introduction of green energy.

  • *Contribution ratio method: Energy consumption intensity is calculated for each product group, and the ratio of energy consumption intensity of the entire businesses to that of the previous year is calculated in proportion to the ratio of the product group.
Trend of Crude Oil Equivalent Energy Consumption

Ratio of energy intensity based on the contribution ratio method to the previous year

Challenge for modal shift

With the aim of environmental responsiveness, energy efficiency, and transportation stability in logistics, JSP Corporation is implementing modal shift to rail and ferry transportation, which emit less CO2 than truck transportation.
Modal shifts are also effective for safe and stable supply in the event of road disruptions due to natural disasters. It has a strong presence as a secondary or tertiary means of transportation. We will continue to actively engage in modal shift initiatives in cooperation with our business divisions.

Reduction of Water Usage

JSP Corporation carries out production activities using a water circulation system that recycles water without throwing it away in the manufacturing process. In FY2022, water consumption was lower than in FY2021 due to efficient use and thorough wastewater management at each plant.

Reduction of Landfill Amounts

In JSP Corporation's mid-term Responsible Care plan, we set a target for the final landfill amounts in FY2022 of "continuing to reduce landfill amounts (managing landfill amounts not to exceed the previous year's amounts)" and implemented systematic reduction activities at each business site. As a result, we were able to significantly decrease the amount compared to FY2021.

Maintenance Plan and the Results of Industrial Waste Treatment Facility (Incinerator)

Facility Name: Kanuma No. 2 Plant

Types of Treated Waste: Waste plastic

Month/Year Matters related to standards for facility description Treatment facility operation status Quantity of waste treated (t/month)
Combustion chamber measurement position Furnace combustion chamber
Measurement frequency Continuous measurement
Combustion chamber gas temperature (℃) Dust collector inlet gas concentration (℃) Exhaust gas carbon monoxide concentration (ppm)
Legal standard value 800 higher 200 lower 100 lower
Maintenance standard value 900 higher 200 lower 100 lower
April 2023 Measurement result 986 181 63 151.7
Measurement date April 13 April 13 April 13
May 2023 Measurement result 1,000 181 35 127.1
Measurement date May 17 May 17 May 17
June 2023 Measurement result 1,07218054 157.7
Measurement date June 15 June 15 June 15
July 2023 Measurement result 1,07218342 152.5
Measurement date July 19 July 19 July 19
August 2023 Measurement result 91618166 162.7
Measurement date August 17 August 17 August 17
September 2023 Measurement result 1,06018342 146.6
Measurement date September 19 September 19 September 19
October 2023 Measurement result 1,12318488 174.7
Measurement date October 17 October 17 October 17
November 2023 Measurement result 94818249 166.2
Measurement date November 1 November 1 November 1
December 2023 Measurement result 1,00117940 155.1
Measurement date December 21 December 21 December 21
January 2024 Measurement result 98717781 134.9
Measurement date January 18 January 18 January 18
February 2024 Measurement result 1,08018539 153.9
Measurement date February 15 February 15 February 15
March 2024 Measurement result 1,03918539 156.5
Measurement date March 19 March 19 March 19

Facility Name: Kanuma No. 2 Plant

Types of Treated Waste: Waste plastic

Month/Year Matters related to exhaust gas concentration (* 12% enzyme conversion value) Quantity of waste treated (t/month)
Exhaust gas sampling location Chimney after dust collector
Measurement frequency Measured twice a year Measured twice a year Measured twice a year Measured twice a year Measured once a year
Dust concentration * (g / Nm3) Nitrogen oxide concentration * (ppm) Amount of sulfur oxides (m3N / h) Amount of hydrogen chloride (mg / Nm3) Dioxins concentration
Legal standard value 0.15 lower 250 lower 4.8 lower 700 lower 5 lower
Maintenance standard value 0.05 lower 30 lower 0.069 lower 50 lower 0.3 lower
October 2022 Measurement result 0.00529Less than
0.014
11.0- 173.7
Measurement dateOctober 18October 18October 18October 18-
Reported date of measurementOctober 26October 26October 26October 26-
March 2023 Measurement result 0.04129Less than
0.014
Less than
3.3
0.000016 170.8
Measurement dateFebruary 3February 3February 3February 3February 3
Reported date of measurementMarch 13March 13March 13March 13March 13
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