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Appreciation towards Studio Symbiosis for providing the following description:

VERTO是一个360度多向空气净化塔，每天可净化60万立方米的空气。VERTO源于单词“turn”。塔身在上升的过程中逐渐旋转，将污染的空气转化为清洁的空气从而改变环境。第一个VERTO装置于2022年8月26日在新德里的Sunder Nursery Park由Philip Ackermann博士（德国驻印度和不丹大使）揭幕。

VERTO is a 360-degree multi-directional air purification tower with the ability to clean 600000 cubic meters of air per day. The name VERTO is derived from the word “turn”. The tower rotates as it rises and transforms the environment by turning polluted air into clean air. The first VERTO was inaugurated on the 26th of August 2022 in Sunder Nursery Park, New Delhi, by Dr Philip Ackermann (German Ambassador to India & Bhutan).

▼项目视频，project video © Avesh Gaur

99%以上城市地区的人生活在空气质量超过世界卫生组织（WHO）规定限度的环境中。空气污染已成为全球性的严重健康问题。随着城市空气质量的下降，生活在城市中的人们患中风、心脏疾病、肺癌以及包括哮喘在内的慢性与急性呼吸道疾病的风险显著增加。
清洁的空气对我们的健康和幸福至关重要。我们呼吸的空气决定了我们的生活质量和身心健康。

More than 99% of people living in urban areas are exposed to air quality levels that exceed the World Health Organization (WHO) limits. Air pollution has become a serious health issue across the globe.1 As urban air quality declines, the risk of stroke, heart disease, lung cancer, and chronic and acute respiratory diseases, including asthma, increases for the people who live in them.2
Clean Air is essential for our health and well-being. The air we breathe plays a crucial role in determining our quality of life and our overall health.

▼项目概览，overview © Avesh Gaur

▼不同角度的装置， installation at different view © Avesh Gaur

VERTO的设计利用空气动力学原理，创造了一种形态可以拥有最大的表面积并增加风速，以实现稳定和高效的性能。仿真研究帮助确定最小阻力和最大表面积，实现寻优设计。以椭圆的几何形状为设计的原型，因为这种形状拥有最小的阻力。然后通过进一步扭曲这个形态，这种几何扭曲引导风沿着塔的表面向z轴流动，进而指数级地增加了表面积。利用CFD分析，进一步优化塔身的旋转，以确保不同层吸入的未过滤空气与清洁空气分流。CFD分析的一部分是确保一个360度的净化区和最大的清洁空气输出。

VERTO has been designed using the principals of aerodynamics, to create a form that propagates maximum surface area and increased wind speed for a robust and efficient performance. Simulation studies were conducted to attain minimum resistance and maximum surface area to achieve this optimum design. An elliptical geometry has been designed as the starting point, as this gave us the minimum resistance. The form was further developed by twisting the form, this twist in geometry channels the wind along the surface of the tower in the z direction, thereby exponentially increasing the surface area. The rotation of the tower was further developed using CFD analysis to ensure that clean air is not getting mixed with unfiltered air being sucked at various levels. A part of the CFD analysis was to ensure a 360 degree purification zone and maximum output of clean air.

▼以椭圆的几何形状为设计的原型，an elliptical geometry has been designed as the starting point © Avesh Gaur

▼几何扭曲引导风沿着塔的表面向z轴流动，twist in geometry channels the wind along the surface of the tower in the z direction © Avesh Gaur

塔的设计由三角形组件构成，以确保易于组装。每个组件都向内收以压缩进风，从而进一步增加被推入的空气。开洞图案被设计成一个性能驱动的系统，在进出风区域有更大的开口。这种开口的梯度变化使Verto的设计构成鲜明的螺旋运动特征，并被开洞图案所强调。

The design of the tower consists of a triangulated component, to ensure ease of execution. Each component is tapered in to create a compression of wind and thereby further increasing the air being pushed in. The perforation pattern is designed as a performance driven system with bigger openings at inlet and outlet areas. This Gradient of openings also give the design of Verto a stark helical move accentuated with the perforation pattern.

▼开口的梯度变化，gradient of openings © Avesh Gaur

▼装置仰视，upward view of the installation © Avesh Gaur

▼装置与环境，installation and surrounding environment © Avesh Gaur

VERTO每天可以净化约60万立方米的空气，相当于两个板球场面积上方两米的空气。过滤塔配有节能扇叶，可有效吸收环境空气。然后空气经过微小颗粒过滤器过滤，以去除环境空气中含有的污染物细尘颗粒（PM2.5, PM10）。基于即插即用和模块化的设计，Verto能够以扁平包装运输并在现场轻松组装。VERTO采用GRC面板，确保产品持久耐用。控制系统使过滤柱的操作能够根据需求进行调整，从而对当前的空气质量做出反应。外部传感器记录空气和天气数据，这些数据在云中被收集和评估。该技术自2018年成熟，并已被德国政府机构成功运用于监控农村地区一些污染最严重的交通路段的污染水平，以满足严苛的欧盟污染要求。

VERTO can clean about 600,000 cubic meters of air per day, which is equivalent to an area twice the size of a cricket field with a height of 2 meters. The filtration tower is equipped with energy-efficient fans that suck in the ambient air. The air is then filtered using fine dust filters to remove fine dust particles (PM2.5, PM10) containing pollutants from the ambient air sucked in. Based on plug and play design, Verto can be shipped in flat pack state and assembled on site with ease due this the modular nature of design. VERTO is designed using GRC panels to ensure a long lasting and sustainable product. A control system enables the operation of the filter columns to be adjusted according to demand and thus react to the current air quality. External sensors record air and weather data, which are collected and evaluated in a cloud. This technology has been available since 2018 and has been successfully implemented by German governmental institutions to tackle pollution levels on some of the most polluted traffic segments in rural areas to maintain the strict EU pollution levels.

▼细部，detail © Avesh Gaur

▼装置夜景，night view of the installation © Avesh Gaur

Design & Execution: Studio Symbiosis Architects
Filtration: Mann+Hummel
Contractor: VARE – Varunodya Prefab LLP
Structure Consultant: Acecon
Prototype Location: Sunder Nursery Park, New Delhi
Inauguration: by Dr Philip Ackermann (German Ambassador to India & Bhutan)
Awards: Red Dot Award 2023 – Product Design Category, WA Award 43rd cycle by the World Architecture Community
Photographs & Movie: Avesh Gaur
Homepage: https://vertoair.com/

MOVIE: https://www.youtube.com/watch?v=XNph2DYEivQ

PROJECT TEAM STUDIO SYMBIOSIS:
Design: Britta Knobel Gupta, Amit Gupta
Project Lead: Gaurav Lamba, Anjan Mondal
Dewesh Agrawal, Kartik Misra, Nitish Talmale, Sonal Dongre Jain, Gagandeep Singh Virdi, Chinmay Chowdhary, Jitendra Farkade, Keshav Sapra, Pallav Chaudhary

SOCIAL MEDIA HANDLES:
Instagram: @vertoair @studiosymbiosisofficial @brittaknobel @design_symbiosis @amitgupta_ss
https://www.instagram.com/vertoair/?igshid=YmMyMTA2M2Y%3D
https://twitter.com/vertoair
https://www.facebook.com/vertoair
https://www.facebook.com/verto
Facebook: Studio-Symbiosis Architects | Stuttgart | Facebook
Linkedin: Studio Symbiosis

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