The HypoWave transdisciplinary research project investigated the innovation of water reuse in a hydroponic system, focusing on its applicability in Germany. The methods applied were the operation of a pilot plant for the appropriate treatment and subsequent reuse of water in a hydroponic system, expert interviews, feasibility studies, an impact assessment and a stakeholder dialogue. To identify the concept's advantages and disadvantages, publications specialising in the various disciplines involved and meeting protocols were analysed and the results grouped together in a SWOT (strengths, weaknesses, opportunities and threats) analysis. This revealed that the system has potential for application in Germany subject to certain requirements being met, such as suitable local wastewater treatment conditions and actors looking for new business opportunities within agricultural production. This system is not recommended for the country as a whole, but it does offer an interesting alternative for locations that meet the appropriate conditions. Nevertheless, additional efforts and knowledge are required to promote and operate a new system of this kind. These include the reliable supply of irrigation water with guaranteed plant nutrition, comprehensive quality management to manage potential risks, a good understanding of the cooperation arrangements required and a more detailed examination of energy aspects.

HypoWave跨学科研究项目研究了水培系统中水回用的创新，重点是其在德国的适用性。所采用的方法是中试工厂的运行，以进行适当的处​​理以及随后在水培系统中对水进行再利用，专家访谈，可行性研究，影响评估和利益相关方对话。为了确定该概念的优缺点，对专门研究涉及的各个学科和满足协议的出版物进行了分析，并将结果分组在SWOT（优势，劣势，机会和威胁）分析中。这表明该系统在满足某些要求的前提下有可能在德国应用，例如合适的当地废水处理条件，以及参与者在农业生产中寻找新的商机。不建议在整个国家/地区使用此系统，但确实为满足适当条件的位置提供了一种有趣的替代方法。然而，需要额外的努力和知识来促进和运行这种新系统。其中包括可靠的灌溉水供应和保证的植物营养，全面的质量管理以管理潜在风险，对所需合作安排的充分理解以及对能源方面的更详细检查。然而，需要额外的努力和知识来促进和运行这种新系统。其中包括可靠的灌溉水供应和保证的植物营养，全面的质量管理以管理潜在风险，对所需合作安排的充分理解以及对能源方面的更详细检查。然而，需要额外的努力和知识来促进和运行这种新系统。其中包括可靠的灌溉水供应和保证的植物营养，全面的质量管理以管理潜在风险，对所需合作安排的充分理解以及对能源方面的更详细检查。