Resource Center System

Ion exchange resin regeneration

Patrone i

Cylinder type ion exchanger

Patrone i-e

Cartridge type miniaturized ion exchanger

ECONOSELFY

Onsite ion exchange regeneration unit

RO+IER

Pure water unit

S.R.B. Ion exchanger

Counterflow regeneration type

Vacuum evaporator

Optimal for concentration recovery of various solutions

NICKEL BACK

Vaccum evaporator for nickel plating liquid use

Rising Thin Film Vacuum Evaporator

Long tube vertical type vaccum evaporator

KANRY®

Evaporator

KANRY®CLEAN

Closed-loop atmospheric evaporator

Recyter

Acid and metal salt separator

ECONITRY

Nitric acid activating bath control unit

Resource Center System

Received FY 2007 AICHI Environmental Award Silver Prize, Received FY 2012 President Prize of Japan Environmental Management Association for Industory at Resources Recycling Technology System Awards Ceremony

Resource Center

SANSHIN's resource center system is used to collect metals, chemicals, water and energy disposed of at each line to realize resource recycling with a centralized individual recovery process.

Reduce / Reuse / Recycle

Resource Center System

Achievements of the Resource Center System

The Resource Center was established in 1976 in Inuyama factory for recovery and recycle of metals contained in wastewater during plating process. We have been serving users throughout Japan by collecting and regenerating over 6,000 cylinder type ion exchange columns a year, counting over 250,000 columns in total by the end of March 2016.

Furthermore, we established Sanshin RCS East Japan Satellite in Tokyo in 2016, in order to achieve greater efficiency in the regeneration of ion exchange columns.

Resource Center, Total number of regenerated column

A Brief History of the Resource Center System

1971. 8
SANSHIN's existing research involving "industrial experiments on plating wastewater treatment for the recycling of both chemicals and water" was designated as the Ministry of International Trade and Industry's important technological development issues in 1971.
1976. 4
Established the Resource Center at Inuyama factory, and began sales of the cylinder type ion exchanger "Patrone i", and launched our regeneration business.Established the Resource Center at Inuyama factory
1983. 5
Received Tokai Chemical Industry Association Award.
1988. 5
Received Tokai Chemical Industry Association Award.
2007. 2
Silver Prize of Aichi Environment AwardReceived Silver Prize of Aichi Environment Award.
2010. 4
Received "2009 pioneering and efficient recycle business" certification from Aichi prefecture, and also started a high-functionality resource recovery system business.
2010. 7
Approved as Aichi Eco-Town facility.
2012. 11
President Prize of the Japan Environmental Management Association for IndustryReceived President Prize of the Japan Environmental Management Association for Industry at Resources Recycling Technology System Awards Ceremony.
2016. 4
Received "2015 pioneering and efficient emissions related facility maintenance business" certification from Aichi prefecture, and also started an enhanced resource recovery system business.Started an enhanced resource recovery system business
2016. 5
The most active small and medium-sized enterprises 300Selected as "the most active small and medium-sized enterprises 300 in 2016" from the Ministry of Economy, Trade and Industry.
2016.11
We established Sanshin RCS East Japan Satellite in Tokyo as a new base for collecting regenerating ion exchange columns.三進RCS東日本サテライトを開設Sanshin RCS East Japan Satellite

Resource Center System Process Chart

Click the image to enlarge.

At the Resource Center, with functionality further improved , chromic acid elution is concentrated and purified to acceptable values for resource recycling using chromic acid recovery equipment. Furthermore, we have started to recover and recycle copper and nickel, thereby improving resource recovery efficiency and reducing the amount of waste. (copper and nickel had previously been converted to sludge and recycled at the Smelting Plant as metal foil using a roll type electrodeposition equipment.)

We have reduced the overall amount of chemicals used by recycling some of the wasted acid and alkali from the regeneration chemicals as wastewater treatment chemicals. In addition, we have reduced the amount of water used by desalinating some of the wastewater and reusing it as service water.

Chromic acid recovery equipment

Movie Econoback System

Movie Resource recovery (RCS)