公司名稱	屏東科技大學/研究總中心/王裕民教授團隊
Company Name	General Research Service Center, National Pingtung University of Science and Technology
參展區域 Area	淨零新創主題館
網址 Website	https://wp.npust.edu.tw/	攤位號碼 Booth No.	S1405a
公司簡介
Company Introduction
產品介紹	本團隊以永續水稻栽培之理念，結合節水灌溉技術以及益生菌水稻栽培，開發「水稻益生菌強化栽培系統」，有效解決水稻生產在淨零碳排議題上所面臨之挑戰，提供少水、少化肥、少農藥、少溫室氣體、少人力的有效解決農法。同時，透過降低水稻栽培過程中肥料與農藥的施用，減少栽培過程中對環境之影響，整體性的提升土壤及水田生態系之健康，友善田區周邊之生態並提升物種多樣性。 技術特點: 1.SPRI技術可降低約60~70%水稻田碳排放以及30%以上灌溉用水 2.添加土壤益生菌，使用有機質水稻專用肥，提升土壤內微生物多樣性，使得環境更健康，連帶施肥次數少，降低人事成本 3.以契作與減碳技術，吸引海內外致力於提升ESG的企業客戶 4.降低農藥資材，友善環境
Product Summary	Facing the escalating threats of extreme climate conditions on global food security, especially in regions plagued by degraded land and unequal water distribution, our team has innovated the "System of Probiotic Rice Intensification (SPRI)." This system merges advanced water-saving irrigation with probiotic enhancements, aiming at sustainable rice cultivation. As energy and material costs rise, stabilizing food production becomes a global imperative. SPRI offers a solution by significantly reducing rice cultivation's carbon footprint, thus contributing to the global goal of carbon neutrality. SPRI stands as a pivotal advancement in aligning ecological conservation with economic growth, particularly within agriculture. By minimizing the reliance on traditional agricultural inputs, such as fertilizers and pesticides, it notably diminishes their environmental impact while simultaneously enhancing the health of soil and aquatic ecosystems. These efforts are crucial in strengthening food resilience, supporting Taiwan's vision of a carbon-neutral agricultural sector by 2040. The SPRI technology focuses on reducing water consumption and carbon emissions through innovative irrigation methods tailored for rice cultivation. This approach is in line with achieving net-zero carbon emissions, presenting an efficient farming model that requires fewer resources—water, fertilizers, pesticides, greenhouse gases, and labor. Application Benefits: ．SPRI can cut rice field carbon emissions by roughly 60-70% and irrigation water usage by more than 30%. ．It incorporates soil probiotics and organic fertilizers, enhancing soil microbial diversity for a healthier ecosystem. This leads to reduced fertilization needs, cutting down on labor costs. ．By employing intercropping and carbon-reduction techniques, SPRI attracts international corporate clients keen on improving their Environmental, Social, and Governance (ESG) impact. ．The reduction in pesticide usage aligns with environmentally friendly farming practices, emphasizing SPRI's commitment to sustainable agriculture and environmental stewardship.