Environmental

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Environmental Preservation Activities
Medium-term Environmental Targets and Measures

Environmental Preservation Activities

All of SMK's Japan and overseas sites have formulated targets for environmental preservation activities, and are pushing ahead with efforts to make improvements. The table below presents the actual results of SMK's major activities in fiscal 2010, as well as targets for this fiscal year.

● Reduction of CO2 Emissions

We have made improvements, such as introducing energysaving lighting fixtures and increasing the heat efficiency of our molding processes in order to reduce CO2 emissions, but because we have increased the clean room spaces in our overseas works, which are used in the manufacture of touch panels (demand for which is expected to increase), we have seen an increase in CO2 emissions in terms of both CO2 emissions per unit of production value and total CO2 emissions.

● Reduction of Waste

SMK has made efforts to reduce waste through a more efficient use of materials, based on figures for industrial waste discharge per unit of production value and total industrial waste discharge amount. However, we failed to realize our waste-reduction goals because of an exceptional release of sludge-waste due to maintenance work on wastewater treatment equipment at some of our production facilities, designed to enable us to manage wastewater at a higher standard, in addition to the scrapping of unnecessary production facilities and equipment. The amount of landfill waste increased beyond our expectations. The reason for this was an increase in touch panel production, which resulted in an increase in hard-to-recycle sludge and glass scrap at one of our overseas works.

● Control of Environmentally Hazardous Substances Contained in Products

We are responding to the revision of the EU-RoHS regulations (exemptions) and the additions made to substances controlled under the EU REACH regulations. In fiscal 2011, we are moving ahead with the standardization of our survey method and its integration into our company system.

● Strengthening of Environmentally Friendly Design

Continuing from last year, we conducted trial Life Cycle Assessments (LCA) for standard connectors. In the future, our challenge will be to formulate benchmarks.

 
Self-assessment A: attained B: insufficiently-attained C: not attained
Nature of initiative Target Achievement for FY2010 Self assessment
Reduction of CO2 emissions

CO2 emissions per unit of production value*¹:11% decrease from FY2010 Target: 0.42 t-CO2/million yen

11% increase
0.52 t-CO2/Million yen

C

Total CO2 emissions: 3% reduction relative to FY2010 Target: 31,477 t- CO2

3% increase
33,629 t-CO2

Reduction of waste

Industrial waste discharge per unit of production value*²: 10% reduction relative to FY2010 Target: 0.0247 t/million yen

6% increase
0.029 t/Million yen

C

Total industrial waste discharge amount: 3% reduction compared to FY2010 Target: 1,833 t

1% decrease 1,884 t

B

Landfill waste amount:7% increase compared to FY2010 Target: 121 t

11% increase 125 t

C
Control of environmentally hazardous substances contained in products

Bring online system to manage information on constituent materials, a system to respond to the EU REACH Regulation

Establishment of constituent materials management system

C
Preparations for response A
Strengthening of environmentally friendly design

Continue trial Life Cycle Assessments

Continuation of trial LCA

A

*1: CO2 emissions per unit of production value = CO2 emissions divided by production value
*2: Industrial waste discharge per unit of production value = industrial waste discharge divided by production value

Medium-term Environmental Targets and Measures

At SMK, we view the preservation of the environment as an important management objective, one element of our corporate social responsibility. We have taken up the issue in our 8th Mediumterm Business Plan (FY2011-FY2013), which begins this fiscal year, and we are making efforts to raise the level of our environmental preservation activities throughout the Group as a whole.

Concerning efforts to prevent global warming, our most important area of focus, we are attempting to understand and reduce the amount of energy used in the supply chain during the manufacture of our products through the application of LCA, in addition to continuing to reduce CO2 emissions throughout the Group.

SMK will continue to respond to the increasingly stringent requirements of laws and regulations and demands for environmental awareness from the market in our management of environmentally related substances and in our environmentally friendly designs.

We will also begin activities aimed at the presevation of biological diversity as a new initiative based on our latest medium-term environmental targets.

Nature of initiative Measure Targets (2011-2013)
Preventing global warming

Continuing introduction of energy-saving facilities (including natural energy)

FY2013: 12% reduction in CO2 emissions per unit of production value*1 Compared to FY2010 (to 0.46 t-CO2/Million yen)

Introduction of energy management system Introduction in Japan sites

Progress in LCA (including carbon footprints)

Formulation of SMK benchmarks

Preservation of biological diversity Purchasing with presevation of biological diversity in mind Implementation of activities related to purchasing with preservation of biological diversity in mind
Effective use of resources Reduction of industrial waste FY2013: 34% reduction in industrial waste discharge per unit of production value*2 Compared to FY2010 (to 0.019 t/Million yen)
Effective responses for the management of environment-related substances

Responses to revisions of EU-RoHS and Chinese RoHS regulations

Conformity with revised items

Responses to expansion in scope of Substances of Very High Concern (SVHC) in EU REACH regulations

Completion of development of in-house systems

Advancement of environmentally friendly design

Improvement of level of product assessment

Conformity with energy efficiency-related laws and regulations

*1: CO2 emissions per unit of production value = CO2 emissions divided by production value
*2: Industrial waste discharge per unit of production value = industrial waste discharge divided by production value