台日綠能產業合作論壇

"waste-to-energy" and Hydrogen Power system application

“廢棄物轉化為能源“ 氫能系統應用

擁泉科技股份有限公司 Fountain tech Corporation

2018-01-18

沙崙綠能科學城籌備辦公室、沖繩智慧島計劃辦公室

Presentation: 何劍雄 (Dr. Teddy Ho) General Manager

1) Waste Conversion to Resources and Energy Technology System Integration.

事業廢棄物轉化資源與能源技術系統整合。

2) Inventor of SRR tech system (Zero Emissions). 污泥資源化零排放技術發

明人。

1) The concept of Circular Economy 循環經濟概念

2) SRR-tech system close loop & Circular Economy 閉路循環循環經濟

3) About the core technology 核心技術

4) Plastic waste cracking oil refining & SRR-tech system 塑膠廢棄物再生能

源與 SRR-tech系統

5) Plastic Crisis has can’t save back 塑膠危機已經無法挽回

6) Modular and Transportable System 模組化和可移動的系統

7) Technical team and system develop aim 技術團隊與系統發展目標

8) Feasibility of international cooperation 國際合作的可行性

9) Conclusion 結論

Presentation

The concept of Circular Economy 循環經濟概念

Fig source: UNIDO (聯合國工業發展組織)

SRR-tech System

1) Water closed loop 水的閉路循環

2) Acid closed loop 酸的閉路循環

3) Alkaline closed loop 鹼的閉路循環

4) Thermal closed loop 熱的閉路循環

5) Electric closed loop 電的閉路循環

SRR-tech is Sludge Resource Remanufacturing Technical System污泥資源再製造技術系統

Circular Economy

Heavy Metal Sludge Composite

ferrite

Rice Straw

Green Building materialSewage

treatment

Reclaimed

water

Organic waste

Hydrogen

Power

The system associated with circular economy concept

Zero discharge closed loops零排放閉路循環

About the Core technology 核心技術

1. Advanced Photon Plasma H2‐Rich Synthetic Gas Reactor2. Advanced Photon Plasma Pure Hydrogen (H2) Reactor

1) Patents:

Dr. Wang & Dr. Ho with PH2 reactor pilotDistributed power generation concept

2) Features: Thermoelectric photon plasma system; atmospheric pressure, non combustion, air-free and catalyst-free patented reaction furnace. By chemical reaction produce Hydrogen. 熱電光子電將技術 ; 常壓、非焚燒、密閉、不添加催化劑的專利反應爐，化學程序產氫。

Photon Hydrogen Inc. (和通氫能公司)

5) Left: Verification of core

technology - ferrite process

equipment pilot plant。(核

心技術驗證)。

6) The figure below : Nano-

composite ferrite by SEM

micrographs. (奈米化產品)

3) SRR-tech Main product is Composite Ferrite, and by-product are Synthesis

hydrochloric acid and Reclaimed water。複合鐵氧體、合成鹽酸、再生水。

4) Patents: Heavy Metal Sludge wholly Resource Treatment System (M462153).

(CN3806230) 。重金屬污泥全資源化處理系統。

1) ↑ Plastic waste cracking oil refining tech: (1) Large equipment, complex processes, high capital and operating costs. (2) Three sets gasification process incinerators. (3) Fly ash and bottom ash require hazardous waste disposal 。(塑料廢物裂解煉油技術:設施大高投資高成本、燃燒氣化、飛灰有害殘留。)

2) ↓ Thermoelectric plasma re-formed system ，(Non-combustion) 、 Zero discharge process 。(熱電光子電漿重組技術，非燃燒、零排放) 。

塑膠廢棄物 均質 氣化產氫器 ICE內燃機 配電盤緩衝罐

電閉路循環

熱閉路循環

二氧化碳高壓儲氫罐 微藻養殖 乾燥機純化市場 市場

重金屬污泥

廢酸洗液

裂解反應

再生程序

再生水

複式反應

固液分離複合鐵氧體

乾燥機 包裝

鹽酸合成塔

合成鹽酸

膜過濾 VMC濃縮

鹼回收

酸回收

塗料市場

均質

系統需求電力

鹼閉路循環

酸閉路循環

水閉路循環熱閉路循環

SRR-tech Process Schematic diagram

3) Organic Waste (Plastic)→ Hydrogen Syngas→ Power supply. 有機廢棄物→產氫→發電。

4) Inorganic waste (Industrial hazardous waste)→ Composite Ferrites→ New Semiconductors.無機廢棄物(工業有害廢物)→複合鐵氧體→新半導體。

1) About 99% of the plastic raw materials are fossil fuels, the United States shale gas technology has made revolutionary progress, the cost of plastic raw materials has been substantially reduced 60%, the next 10 years, plastic production surge 40%, large most plastic final “destination” is not in the landfill, is in the sea. (99%塑膠來自石油，美國頁岩油技術提升，塑膠原物料成本降低60%，未來10年塑膠產品增加40%，最終不是填埋就在海洋) 。

2) 80% of Marine debris is blown into the sea from the landfills, or washed away by urban runoff to sewers and eventually into the ocean. (80%海洋垃圾由掩埋場吹入或河流及污水道最終流入海洋) 。

Plastic Crisis has can’t save back塑膠危機已不可挽回

日本沖繩座間味島北岸唐馬海灘海漂物https://vision.udn.com/vision/story/11170/2490925https://www.theguardian.com/sustainable-business/

3) Okinawa islands same as Taiwan‘s geographical environment, in the west coast beach, in addition to local garbage also accept from China plastic garbage。(沖繩群島與台灣地理環境相似，西部海岸沙灘除本土垃圾外還有來自中國的塑膠廢棄物) 。

4) How many quantity of the marine debris? calculated by different sampling method is not the same amount. (海洋垃圾有多少量? 不同的取樣方式，計算出不同的總量)。

製表/賈寶楠https://vision.udn.com/vision/story/11170/2490925

Marine debris from China中國來的海洋垃圾

Sea of garbage in the Pacific Ocean北太平洋的垃圾海

Garbage sea in the North Pacific http://pansci.asia/archives/41150

1) In the US and worldwide, the recycle old plastic cost was high than to make new products. So the plastic waste can’t stop。(北美及全球的回收塑膠成本高於新材料，所以塑膠廢棄物已無法停止) 。

2) The North Pacific Ocean has an area of more than 1.39 million kM2 of rubbish and is about 39 times the size of the Taiwan. The rubbish comes from every country in the Pacific Rim. The Asia region includes Japan, South Korea, China, Taiwan and Southeast Asian countries。(北太平洋垃圾海超過1.39百萬平方公里，台灣面積的39倍，這些垃圾來自環太平洋國家) 。

1) Plastic waste is available resources, their are long-chain hydrocarbon compounds macromolecule polymer, not easily broken down by microorganisms, our technology non-combustion can convert waste plastic into hydrogen energy 。(塑膠廢棄物是可用的資源，長鏈碳氫化合物，微生物不容易分解，利用我們的技術將它們轉化為氫能源) 。

2) At present, governments of various countries are still have no solution to do with the Garbage Sea, only issue marine safety warnings and carry out long-term monitoring, and hoping to find effective solutions as soon as possible.(目前世界各國還沒有對垃圾海有好的解決方案，只能長期安全警告及監測，期待能很快有效解決) 。

what we can do now 我們能做什麼?

Non-renewable resources

Plastic Waste

Photon Plasma

Fuel Cell

Hydrogen energy society

I.C.E engine

Renewable resources

Turbine G.

Plastic waste resources in the Ocean 海洋廢塑膠資源

1) Coastal Cleanup project to collect the Marine debris，into our mobile and

Transportable System，hydrogen power to support the Equipment and High-

pressure hydrogen tank。(淨灘項目收集海洋垃圾，進入可移動系統，供應

自身動力外，另做成高壓儲氫罐) 。

http://www.epochtimes.com/b5/5/4/30/n905862.htm

AgriPower Mobile and Transportable System (Image)http://www.agripower.com/pages/Agripower-Waste-To-Energy-System.aspx

https://kknews.cc/zh-hk/military/mv2jvp.html

2) Maritime salvage ship (海上打撈船) 。

NCKU researchTaiwan IBM Taiwan DuPont ITRI Institute ABB Recitifiers

SULLAIR USACEC JapanTPF SRR-tech TA FONG Plastic IWAKI Japan

Sung Yung Indus. Borate Machinery Air Product San Fu Shou Yun Indus. Dalux tech.

Sunfly Solar

ToVonn Tech. Trans Energy tech Chung Chiu water Su Yu Equipment

Chen Guang GroupYes-air Technology

Tai Ho Environment

“SRR-tech” System technical team and professional contractors manufacturers

Photon Hydrogen Kaori heat treatment

Technical team 技術團隊

Waste Incineration and landfill 廢棄物焚燒與掩埋

1) Our technical team develops waste solutions and follows the concept of circular

economy: conversion of inorganic waste into new semiconductor materials and

conversion of organic waste into Hydrogen energy。(我們技術團隊以循環經濟

概念，研發廢棄物處置，無機廢棄物轉化新材料，有機廢棄物轉化氫能源) 。

2) We do not agree with the current global adoption of waste incineration and

landfills for final disposal because both contain potential secondary pollution。

(我們不同意目前全球以焚燒及掩埋手段為廢棄物處理，潛在二次污染)。

Left: Burning Earth 。right: A belly rubbish 。 (Picture by Graficzne Igor Morski)

Feasibility of international cooperation國際合作的可行性

3) Taiwan close to the Ryukyu islands and located in the northwestern of Pacific Rim. We are willing to provide technology and design to Japan OSIP office for marine debris disposal and cooperate with the policy to promote to the relevant countries. (台灣緊鄰琉球群島，環太平洋西北端，我們願意提供我們的技術及設計，供OSIP參考採用合作及推廣)。https://www.hk01.com/%E5%9C%8B%E9%9A%9B/127238

1) Pollution hazards and environmental protection are no boundaries and their

beyond the political realm. (污染危害和環境保護是無國界的，它們超越了政

治領域。)

2) Dr. Olusoji Adeyi: believes that pollution problems disproportionately affect

poor and vulnerable people, while children face the highest risks. “From local,

national and global levels, it is important to translate ideas into actions”. (污染

問題對窮人和弱勢群體的影響過大，而兒童面臨的風險最高。 “從地方，國

家和全球層面來看，將理念化為行動是非常重要的”。)

Conclusion 結論1) We thank the organizer Shalun Green Science City Office (沙崙綠能科學城辦

公室) and Okinawa OSIP office (沖繩智慧島計畫辦公室) providing this

cooperation forum.

2) We are certain that hydrogen is the carrier of energy. and the main-stream of

energy use in the world in the future 50 years. But we don’t to consume non-

renewable resources to obtain Hydrogen energy. (我們確信氫是能源的載體.

接下來50年內將為能源主流，但我們不要以不可再生資源獲得氫能源。)

3) We research and develop the concept of circular economy of waste as a

source of Hydrogen and look forward to leaving more resources to future

generations. (我們以循環經濟概念，將廢棄物轉化為氫能源，期待留一些

有用資源給後代子孫。)

4) Expertise and technology are the common resources of mankind. Under the

concept of shared knowledge, we expect to make good use of this knowledge

to create the well-being of human beings. (專業與知識是人類共同的資產，

共享知識的概念下，我們期望善用這些知識來創造人類的共同福祉。)

5) Taiwan and Japan share quite a lot of common cultural identities. On the basis

of equal treatment, we hope that will upgrade each other through open and

frank cooperation with each other. (台灣和日本有很多共同的文化認同。我

們希望在平等對待的基礎上，通過坦誠的合作，互相提升。)