About Superior Tape®

Introduction

Company History

 

Superior Tape® was founded in 1987, which was the booming era of printing industry in Taiwan.

The founder of Superior Tape® was dedicated to the research & development in the field of BOPP Laminating Tape.
Superior Tape® has been manufacturing BOPP Laminating Tape for over 37 years. The products are widely used in many printing factories worldwide.

Made In Taiwan

Superior Tape® is a Taiwanese company that sells BOPP lamination tape. The process of research&development and manufacture are all completed in Taiwan. All materials are meticulously chosen from Taiwan as well.

Market Application

Biaxially oriented polypropylene (BOPP) lamination tape is a widely used material in the packaging and printing industry due to its versatility, durability, and cost-effectiveness.

Corporate Core Value

Superior Tape® adheres to the principle of Corporate Social Responsibility and the spirit of creating Taiwan's economic prosperity.
Besides, Superior Tape® implement the concept of ESG by applying RTO(RegenerativeThermal Oxidizer) with heat recovery system in the process of manufacturing, so that the air pollution of VOCs decrease to under 1%.

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RTO (Regenerative Thermal Oxidizer)

蓄熱氧化技術RTO(Regenerative Thermal Oxidizer)

製程有機廢氣處理暨節能設備 RTO

廢棄經有效收集後,經由風管送至RTO蓄熱式氧化爐處理。RTO蓄熱式氧化爐配置一個旋轉式閥體,蓄熱式內充填陶製蓄熱材,由於陶製蓄熱材具有高蓄熱能力及高接觸面積,使得有機溶廢氣流經高溫蓄熱材時,廢氣中所含的有機溶劑將完全分解成二氧化碳和水。同時焚化時所產生的分解熱又可於經過蓄熱材時儲存蓄熱,作為輔助熱能使用。不僅可達到有效處理揮發性有機物(VOCs,Volatile Organic Compounds)的目的,也最大限度的保證能量循環利用。

1

高溫滯留氧化分解

經過蓄熱床被預熱後的廢氣進入高溫氧化區。此時,由氧化爐輔助熱能所提供的熱量及VOCs成份氧化分解產生的熱量,經由控制器PID自動控制,使燃燒室保持一定的溫度,在一定的停留時間中廢氣所含的VOCs成份被完全氧化成H₂O及CO₂

2

氧化爐蓄熱裝置

高溫氧化後的廢氣隨即經過不同的蓄熱室進行熱回收,使熱能儲存於蓄熱材中,並讓排氣降至安全溫度。利用陶製蓄熱材蓄熱的機制及旋轉閥以一定的轉速順時鐘旋轉,使不同的蓄熱室同時各自進行進流、出流、淨化,使系統重覆【放熱使廢氣加溫→補充熱能使VOCs氧化分解→蓄熱降低排氣溫度】的流程,不但可達到完全處理VOCs的目的,至在廢氣寒一定濃度的VOCs以上時,可完全利用VOCs成份氧化分解產生的熱量,不需再補充熱能。

3

廢熱回收裝置

當氧化爐系統內部熱值足夠供給本身運作且有多餘熱值可供運用時,控制器會依據系統狀況將適量高溫廢氣自然燒室導入熱交換系統加熱熱煤油,高溫熱煤油則提供給製程使用,此方式可有效回收廢熱減少現有加熱系統和燃料負荷。

4

誘引送風機變頻控制

為使本系統可以完全穩定配合生產線所產生廢氣量之大小變化,並加強電力能源節省考量,本系統之誘引送風機採VFD控制,使得系統之風量負載可以無段式比例調整。

5

最終排氣

經最後餘熱回收冷卻後氣體,直接接到舊有設置的排氣煙囪。此排出之廢氣品質已經遠低於政府所規定之排氣品質標準。