Enabling Urban Infrastructures to Smartly Clean Air and Capture Carbon while
Saving Energy

GapS System

A patent pending, smart and sustainable system that turns any New/Existing buildings into large scale CO2 capture air purification system (GapS). GapS system directly captures CO2 (eq. 1,036 mature trees), cleans air, saves energy (30% – 50%) and produces by-products that can be sold in the market.

GapS is a smart system that includes sensors to monitor, control and maintain the system automatically & remotely.

40%

Building's contribution to Global Energy Consumption
& CO2 Emissions

40% Building’s contribution to Global Energy Consumption & CO2 Emissions

GapS 3.0

A system that enables Urban Infraestructures to

DIRECT CO2 CAPTURE, ENERGY SAVING &
GREEN H2 PRODUCTION

A system with vertical panels that can fit any flat surfaces/structures as a building cladding brings benefits such as:

Direct CO2 Capture

Clean Air

Colder Air Delivery

IoT Smart Monitoring

Green H2 Production

Pure
CO2 & O2

Saving Energy

Extra Insulations

GapS 3.0

A system that enables Urban Infrastructures to

DIRECT CO2 CAPTURE, ENERGY SAVING &
GREEN H2 PRODUCTION

A system with vertical panels that can fit any flat surfaces/ structures as a building cladding brings benefits such as:

Direct CO2 Capture

Clean Air

Colder Air Delivery

IoT Smart Monitoring

Green H2 Production

Clean Air

Pure
CO2 & O2

Saving
Energy

Extra Insulations

GapS 4.0

GapS 4.0 is the 4th generation of the GapS system, featuring a patent pending, eco-friendly and self-cleaning design. It will be integrated into HVAC/Air Handling Units in buildings to provide cleaner and colder air, resulting in about 50% reduction in energy consumption and a yearly reduction of 289 tonnes of CO2 emissions. GapS 4.0 is mainly designed for roof-based installations and powered by photovoltaic solar panels, fully offsetting its operational energy needs.

Energy
Saving

CO2
Reduction

Colder Air Delivery

Antibacterial Air Cleaning

GapS 4.0

GapS 4.0 is the 4th generation of the GapS system, featuring a patent pending, eco-friendly and self-cleaning design. It will be integrated into HVAC/Air Handling Units in buildings to provide cleaner and colder air, resulting in about 50% reduction in energy consumption and a yearly reduction of 289 tonnes of CO2 emissions. GapS 4.0 is mainly designed for roof-based installations and powered by photovoltaic solar panels, fully offsetting its operational energy needs.

Energy
Saving

CO2
Reduction

Colder Air Delivery

Antibacterial Air Cleaning

Pilot Project with TOYOTA

In June 2022, PurCity successfully implemented a pilot project (GapS 3.0) in collaboration with Toyota Motor Europe in Brussels as part of the Toyota Acceleration program.

The results of the pilot exceeded expectations, leading to the development of the 4th generation of GapS panels (GapS 4.0) and increased interest in PurCity’s innovative technology and products.

Mission

PurCity’s mission is to provide sustainable and innovative solutions to improve the quality of life for people by reducing air pollution, saving energy, and minimizing carbon footprint in cities.

PurCity is committed to contributing to change the way we look and design the buildings and the way we should by re-thinking the walls.

Contributing to change buildings from being the most significant CO2 emission contributors, into CO2 neutrals.

GapS 3.0

Pilot implementations under the tests at Toyota Motor Europe, Brussels

Modular

Ease of installation

IoT

Platform for Monitoring, Control and self-Maintenance

Production

Development in progress

10 out of 17 SDG

We are addressing 10 out of the 17 goals in the United Nation’s 2030 Agenda for Sustainable Development

Testimonials

Isao Sugiura

Vice President of Toyota Manufacturing Europe Production Engineering at Toyota Motors Europe in Brussels

David Palmer

Director of production engineering at Toyota Motors Europe in Brussels, who they have sponsored PurCity and facilitated the first public on a real building implementation and the second phase of PoC in Toyota headquarter in Brussels.

Prof. Emil Schubert’s

Partner and CTO of Abicor Binzel, who they have partnered with PurCity and facilitated the first phase of implementations in the factory.

Eric Taing

Senior Environmental Engineer at Toyota Motor Europe in Brussels, who they have supported PurCity’s PoC throughout the implementation at Toyota headquarter in Brussels.

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