Initiatives to Become a Resource Recycling Society

To create a sustainable society without depleting the earth’s limited resources, it is necessary to engage in manufacturing with minimal resource and energy usage, reduce waste and create a recycling-oriented society that reuses resources.
Tamron places importance on the 3Rs by cutting down on waste from raw materials (Reduce), utilizing materials and water that can be repeatedly used (Reuse) and using materials again (Recycle), and carries out initiatives to ensure that resources can be efficiently recycled.

Material Balance

In Japan, Tamron carries out design work, creates prototypes and fabricates metal molds at its head office plant located in Saitama Prefecture, while the Aomori Factory (Namioka Site) manufactures lenses, the Aomori Factory (Owani Site) molds plastic components, and the Aomori Factory (Hirosaki Site) assembles products. Tamron manufactures parts and assembles products at Tamron Optical (Foshan) in China and at Tamron Optical (Vietnam).
These sites use electricity, heavy oil, kerosene and other energy sources for developing, designing and manufacturing, which produce CO2. Our plants in Namioka, Foshan and Vietnam also use water for polishing and cleaning lens elements. The the Aomori Factory (Owani Site) and Tamron Optical (Foshan) manufacture plastics used to make peripheral components for lenses, and these processes produce runner materials(*1) and other waste. Air cargo, marine shipping, and trucks are used to transport components and products between plants, which results in CO2 emissions from the burning of fuel.

1. Waste material that occurs when pouring plastic resin during the production process.

INPUT   Tamron   OUTPUT
Unit   Unit
Iron 8,402 t Procurement of raw materials and parts CO2 emissions 138,506 t-CO2
Glass 6,696 t      
Plastic 9,916 t      
Resin 976 t      
Paper 761 t      
Chemicals 129 t      
Cardboard 1,184 t      
     
Energy 666,000 GJ Development, design and production at Tamron CO2 emissions 40,451 t-CO2
Electric power 72,941 103kWh Electric power 39,810 t-CO2
Heavy oil 162 kℓ Heavy oil 439 t-CO2
Kerosene 10 kℓ Kerosene 26 t-CO2
Diesel 5 kℓ Diesel 13 t-CO2
Gasoline 1 kℓ Gasoline 2 t-CO2
LPG 4 103m3 LPG 24 t-CO2
Natural gas 62 103m3 Natural gas 137 t-CO2
           
Water 711 103m3 Water discharged 423 103m3
Clean water 541 103m3      
Groundwater 170 103m3 Products 1,090 t
           
Water reused and recycled 8 103m3 Total amount of discharged matter generated 1,623 t
      Industrial waste (*2) 1,114 t
Chemicals 7 t General waste 509 t
           
      Recycling 810 t
      Plastic (*4) 148 t
      Cardboard 218 t
      Genaral waste (thermal recycling) 104 t
      Waste liquid 121 t
      Waste oil 57 t
      Metal 108 t
      Paper 32 t
      Polishing sludge 17 t
      Other 5 t
                 
Energy (*1) 184 kℓ   Transportation   CO2 emissions 474 t-CO2
Diesel 160 kℓ     Diesel 419 t-CO2
Gasoline 24 kℓ     Gasoline 56 t-CO2
                 
Electric power 2,435 103kWh   Use   CO2 emissions 166 t-CO2

Sites covered :
Head office (including Tokyo Office and Osaka Sales Office), the plants in Aomori Prefecture, Tamron Optica (l Foshan) and Tamron Optica(l Vietnam).
Site coverage:95%
1. Data during transportation covers energy used to transport parts and finished products by ground and commercial vehicles connecting Tamron's satellite offices in Japan and Tamron Optical(Vietnam).Tamron Optica (l Foshan) data covers company-owned vehicles only.
Reference guideline:
Manual for Calculating and Reporting Greenhouse Gas Emissions Ver. 4.7
2. Regarding to Pollutant Released & Transfer Registered (PRTR) substances, industrial waste includes 1.6 tons of xylene and 1.5 tons of ethylbenzene. 0.4 tons of xylene and 0.4 tons of ethylbenzene were also released into the atmosphere.
3. The amount of plastics recycled represented 56 tons of thermal energy and 92 tons of material.

Waste Reduction

In 2020, the total amount decreased by 18% compared to 2019, and the domestic industrial waste recycling rate* was 97.4%.

*Tamron's definition of zero emissions is recycling more than 98% of the industrial waste it produces.

Waste generations

Promoting Design for the Environment (DfE)

Tamron manufactures environmentally friendly products by placing emphasis on the 3 Rs (reduce, reuse and recycle). At the design review stage of product development, we assess the extent to which we have achieved a longer service life (longer use, easier repair), resource savings (lighter weight, more compact, reduction in the number of parts, use of recycled materials, easier disassembly), and energy savings (lower power consumption at manufacture and use stages). Products that are environmentally friendly and that meet Tamron voluntary standards are certified as being Tamron Eco Label products. See here for certified products.

Tamron certifies environmentally friendly products under in-house standards
Photo lenses: List of models presented with the Eco Label
Surveillance/machine vision products: List of models presented with the Eco Label

Regulation of Hazardous Substances

Tamron develops products in line with the policy of not using harmful chemical substances in its materials. Tamron also implements internal analysis work using equipment including Inductively Coupled Plasma Atomic Emission Spectrometry (ICP-AES) and Gas Chromatography Mass Spectrometry (GC-MS) to ensure only the safest and most secure products are delivered to customers. Tamron’s systems also allow us to analyze four additional substances of RoHS, in addition to the original six substances.
In 2019, the scope of application of RoHS is being expanded from the original six substances ‒ Cadmium, Lead, Hexavalent chromium, Mercury, Polybrominated biphenyls (PBB), and Polybrominated diphenyl ether (PBDE) – to include four additional substances, all of which are types of phthalates : Bis (2-ethylhexyl) phthalate (DEHP), Benzyl butyl phthalate (BBP), Dibutyl phthalate (DBP), and Diisobutyl phthalate (DIBP). Tamron’s systems also allow it to analyze these four substances. Tamron is also establishing the frameworks and systems needed to ensure compliance with other new regulations relating to the control of harmful chemical substances that may be established in different countries around the world in the future.


*PBB and PBDE are brominated flame retardants and are also endocrine disruptors (environmental hormones).