| Venue: | Harbour View Ballroom, 4/F, Four Seasons Hotel, 8 Finance Street, Central, Hong Kong. |
|---|---|
| Date: | 28 Mar 2023 |
| Time: | 2:30pm – 4:30pm |
| 2:30pm | Guest Reception |
|---|---|
| 3:00pm | Start of Event |
| 3:05pm | Welcoming Speech by HKCG Chairman: Dr. Peter LEE Ka Kit |
| 3:15pm | Welcoming Speech by SPIC Chairman: Mr. QIAN Zhi-min |
| 3:25pm | Keynote Speech by HKSAR Government Official: Mr. TSE Chin-wan, BBS, JP, Secretary for Environment and Ecology |
| 3:35pm | Remarks by Chief Judge: Prof. Cui Yi |
| 3:40pm | Sharing by Luquos Energy (Prof. Lu Yi-chun) [TERA-Award 2021 Winner] |
|---|---|
| 3:45pm | Award Presentation |
| 4:00pm | Sharing by Gold/Silver/Bronze Award Winners (Video & Speech) |
| 4:20pm | Group photo |
| 4:30pm | End of Event |
I2COOL Limited (Hong Kong, China)
Electricity-free cooling technology
無電製冷塗層於2021年11月正式推出香港市場。該塗層是以外太空為製冷源頭，通過高效的太陽反射和中紅外熱輻射實現低於環境溫度的製冷效果，塗覆錶面降溫可達40℃，有效節省30%以上的空調耗能。每塗覆1平方米的無電製冷塗層，每年便可節省高達430度電，降低250Kg碳排放。假設全大灣區的建築物都應用無電製冷塗層，每年大灣區能夠減少高達300億度電的能耗和1800萬噸碳排放，相當於為大灣區種植了45億棵樹。 此外，該款無電製冷塗層還已應用於戶外電箱、儲能電櫃、冷鏈運輸貨櫃車、太陽能板等場景，提升設備使用壽命或效率。i2Cool在不久的未來亦會將該項技術廣泛應用於車輛、雨傘、衣服等產品上，並著力於產品研發升級及差異化拓展的創新之中，致力於令節能創新科技融入大眾的日常生活，緩解能源短缺和氣候變化，推動可持續發展和經濟增長，邁向碳中和！
The SPIC Research Institute of Smart Energy Company Limited (China)
The State Key Laboratory of Clean Energy Utilisation of Zhejiang University (China)
The Key Laboratory of Low-grade Energy Utilisation Technologies & Systems of the Ministry of Education of Chongqing University (China)
CO2 Reduction with Microalgae from Coal-fired Flue Gas
本團隊針對高效固碳藻種、光生物反應器、成套固碳工藝取得重大突破，解決了微藻固碳速率低難題，首次實現微藻固碳產業化和商業化，建成全國首個及規模最大的微藻固碳工程示範，解決了碳減排經濟效益差的卡脖子問題。
Hydropro New Energy Corporation (China)
HydroPro
該項目由深圳大學、香港理工大學的院士、教授及博士團隊聯合成立，從事SOEC制氫行業領域，項目核心產品為質子導體固體氧化物制氫電解槽\r\n(世界首個質子導體SOEC電堆產品： HydroPro)，其具有超高的電-氫轉換效率（>80%），可以解決現有電解水制氫能耗高的技術難點、成本高的市場痛點。
Tianjin Hermos Technology Co., Ltd. (China)
New carbon capture industrial environmental treatment technology
我項目採用自主研發的在納米孔隙下通過改變溫度及濕度的條件下進行可逆化碳捕捉技術與自主研發的MS-019碳捕集分離膜材料，為工業及能源該碳排放企業提供碳減排、碳達峰等技術解決方案，目前公司相關產品與技術已應用到火力發電、石化、煤化工等項目中。
Tsinghua Shenzhen International Graduate School (China)
Precise separation and high-value utilisation of spent lithium-ion batteries
本項目聚焦於廢舊鋰電池的回收利用。項目實現了廢舊鋰電池的全組分精準分離和高效循環利用。其規模化應用產品碳酸鋰、磷酸鐵等已實現穩定供貨，單條產線2022年累計銷售額達1800萬元，預計全年突破3000萬元。
Jingbi You Research Team of Institute of Semiconductors, CAS (China)
The world’s leading provider of total calcium-titanium ore solar cells solutions
鈣鈦礦太陽能電池被認為最具發展潛力的新一代太陽能電池。本項目致力於單結鈣鈦礦和鈣鈦礦/晶硅疊層太陽能電池的研發及產業化工作，團隊在國際上最早開展鈣鈦礦電池研究，曾三次打破單結鈣鈦礦電池世界紀錄。
HKTech Solar, Ltd (Hong Kong, China)
Next-Generation Printed Solar Energy
HKTech Solar Ltd aims at developing low-cost, printable perovskite PV that can be manufactured in energy-saving and scalable way to complement/replace Si-based PV currently dominates the trillion-dollar market. This trailblazing technology offers high efficiency, diverse form factors, and low energy payback time for products. It has broad applications in solar farms, building and car integrated PV, indoor power sources for sensors, etc. The Company currently stands at the forefront of the field with the highest efficiency and stability, and is advancing the technology for solar modules and panels development to enable significant reduction of carbon emission in HK and China.
Hydro Wind Energy, Inc (United Arab Emirates)
OceanHydro Omni
Developing a disruptive technology that harness wind offshore in deep waters with inbuilt energy storage. Lowers the cost of electricity, triples energy production, and provides energy storage
PV Nano Cell (Israel)
Digital Metallization of Solar Cells
The solar industry is on a quest to continuously improve solar cells efficiency. PV Nano Cell (PVN) developed the Sicrys™ digital ink. A nanoparticle, single crystal ink that is digitally printed on solar cells during the metallization step. By printing the Sicrys™ ink on temperature-sensitive solar cells such as Heterojunction and Thin Film, a significant improvement in the solar cells’ efficiency is obtained. PVN’s patented Sicrys™ ink is offered both with Silver-based and Copper-based metals, enabling an efficiency revolution in the solar industry. PVN is now working with leading world manufacturers on adopting this technology in mass production.
H2-Bank (China)
Solid Oxide Cell Technology Toward Dual Carbon Strategy
固體氧化物燃料電池是面向雙碳戰略的重要技術，浙江氫邦科技有限公司以平管型結構電池為技術路線，開發了百瓦級電池、千瓦級電堆、5kW級發電系統以及各種製造與檢測裝備，力爭為碳氫能源的高效清潔利用提供技術服務。
PJP Eye LTD. (Japan)
Cambrian Batteries - Biofuel Carbon Battery that can charge 10 x faster and last for more than 30 years
PJP Eye mass produces (1,000,000 cells per month) biofuel batteries (Cambrian) using agricultural wastes. We generated revenue of more than 20 million USD from top Japanese manufacturers like Hitachi. Cambrian is free from rare metals, is not explosive, charges 10 x faster than lithium-ion batteries, and lasts for more than 30 years. Cambrian can be used in any application including robotics, drones, marine applications, and space applications, and is already integrated into micro mobilities and mobile ATMs. 2nd place at COP 26 Clean Energy Pitch Battle and received 200,000 GBP from NZTC sponsored by the Scottish Government.
ShenZhen Institute of Advanced Technology Chinese Academy of Sciences (China)
High-safety aqueous zinc-based battery
受益於高安全性、鋅儲量豐富、低成本和高能量密度的優勢，水系鋅離子電池作為具有巨大前景的儲能系統有很大研究發展空間，在成本、核心優勢、固定式儲能需求等各個方因素作用下，水系鋅電池成了後鋰電池時代低成本、高功率、絕對安全的儲能設備。
Next-Ion (United States)
Next-Ion
We make batteries that charge cars in 6 minutes, we also make batteries not explode.
Phytonix Corporation (United States)
Low-Cost Photosynthetic 1-Butanol Production From Carbon Dioxide Emissions
Phytonix has developed and is commercializing a sustainable production process by leveraging photosynthesis in microorganisms with synthetic biology to convert carbon dioxide in industrial emissions, without expensive carbon capture/separation, into cost leadership, biobased and carbon-negative industrial chemicals and fuels (higher alcohols) to replace their fossil-based counterparts.
Hytekocean/Institute of New Energy of Shanghai Academy of Science & Technology (China)
質子交換膜燃料電池核心零部件研發及市場應用
上海氫洋是上海市臨港區政府重點引進人才項目，掌握燃料電池金屬雙極板、電堆、系統集成及核心零部件自主研發製造能力，公司產品覆蓋5W-130KW燃料電池。團隊首席科學家陳銳教授是英國拉夫堡大學低碳動力工程終身教授及上海科學院新能源技術研究所氫能首席科學家，並於2001年創建了世界領先燃料電池-英國智能能源公司。
Swift New Energy (China)
支持碳利用的固體氧化物制氫系統
思偉特研發出行業領先的固體氧化物（SOEC）電解制氫技術，並將CO2電解技術與電解水制氫相結合，設計出的制氫系統可利用工業產生的CO2制備CO/H2合成氣，實現工業排放碳的再利用。目前已成功生產出3kw SOEC制氫系統樣機並測試通過，正在加速產業化落地。
