Mission Overview:

⭐️

Healthy green working environment

In industrial areas, the risk of waterlogging and heat is often high due to the lack of greenery and the extensive hard surfaces. Damage and nuisance from climate change in industrial areas can be mitigated by designing them to be green and shaded. This makes industrial areas more climate-resilient and improves the quality of the living and working environment.

Demonstrating that green and water provide more benefits than gray (well-being, financial - tax/management costs, less damage from flooding).
Develop a blue-green knowledge base.
Develop a joint approach.
Desired behavior and promoting awareness rewarding.
Searching for and ensuring the right financial instruments/start-up grants.

Projects contributing to this mission:

Start

2020-01-01

2025-12-31

End

Description

With the collective collection round, we periodically drive through the business parks to collect pallets, ICT waste, cans, batteries, and other specific waste streams from companies. We bring these to local partners who can recycle them in a high-quality manner. This way, even small quantities of these well-recyclable waste streams no longer end up in the residual waste. Raw materials are becoming scarce and increasingly expensive. With the Raw Materials Round, we focus on the smart exchange of residual and waste streams. Waste from one company becomes a valuable raw material for another. From waste to raw material.

Phase

Execution

Residents involved?

No

Start

2016-01-01

2025-12-31

End

Description

The platform was established to support companies in the transition to a circular economy. The focus is on achieving industrial symbiosis through the software tool InduSym. Companies can offer their waste streams to other companies that want to use them as raw materials. The platform facilitates the search for and offering of raw materials, enabling automatic matches with other companies. In addition to materials, vehicles, tools, spaces, services, and even personnel can also be exchanged. The platform offers opportunities for renting or leasing resources and sharing personnel. The concept of industrial symbiosis is used to utilize the waste stream of one company as raw material for another. This leads to more efficient, economically viable, and sustainable business parks. The platform also provides space for necessary knowledge sharing and acts as a circular network.

Phase

Execution

Residents involved?

No

Start

2023-11-13

2030-12-31

End

Description

On industrial estates, the risk of waterlogging and heat is high due to the lack of greenery and the presence of a lot of hard surfaces. Damage and inconvenience caused by climate change on industrial estates can be mitigated by designing them to be green and shaded. This makes industrial estates more climate-resilient and enhances the quality of the living and working environment.

Phase

None

Residents involved?

No

Start

2023-11-13

2030-12-31

End

Description

As Soontiëns Stadsnatuur, we would like to get started within the mission trajectory of a healthy green working environment. We want to take the next step now.

Phase

Idea

Residents involved?

No

Start

2023-01-01

2026-01-01

End

Description

Sustainability of Industrial Park de Hurk is focused on four sub-tasks: sustainable and smart energy use, space for greenery, water and innovation, sustainable construction and closing loops. Currently, various sub-projects are underway: collective energy solutions, green walking paths, sustainable mobility, sustainable construction and work, closed loops de Hurk, communication & events, and monitoring. These are carried out by BIZ de Hurk, a collaboration among entrepreneurs in Eindhoven. The sub-projects are executed under the banner "De Hurk Werkt!" Read more about the activities in 2024 at: https://eur03.safelinks.protection.outlook.com/?url=https%3A%2F%2Fwww.dehurkwerkt.nl%2Fnieuws%2Fdit-gaan-we-doen-in-2024%2F&data=05%7C02%7Ckristel.mooij%40eindhoven.nl%7Caf36c1b9fb34452ba34008dc5a2c84b4%7Cf3ec39e8aec4458594574b7f7d82af96%7C0%7C0%7C638484394483823402%7CUnknown%7CTWFpbGZsb3d8eyJWIjoiMC4wLjAwMDAiLCJQIjoiV2luMzIiLCJBTiI6Ik1haWwiLCJXVCI6Mn0%3D%7C0%7C%7C%7C&sdata=2bPLUaUUdN4SsnoU1TF9NnkjWt0WXfOxQW7XWKHZcUg%3D&reserved=0

Investment

€ 750.000,00

Phase

Execution

Residents involved?

No

Start

2024-01-01

2041-01-01

End

Description

Water and greenery are essential for the design of public spaces in city centers and neighborhoods, supporting social, retail, and recreational activities. This requires freeing up space by using existing buildings more efficiently and reducing car traffic, which leads to more opportunities for greening. In addition, climate adaptation is necessary, such as greening gardens, parks, and roofs.

Phase

None

Residents involved?

Yes (individual)

Start

2023-01-01

2025-12-31

End

Description

The traditional method of waste collection, where each company has its residual streams collected individually by different collectors, leads to an abundance of heavy vehicles in business parks and/or the city center. This situation causes traffic congestion, is accompanied by emissions, and affects the infrastructure. To address this, the Foundation for Business Parks Helmond is developing the resource hub. This initiative introduces small, lightweight electric vehicles that frequently visit companies to collect their separated residual streams. Central to this renewed approach is the physical hub: a strategic point where the collected residual streams are brought together for transshipment. From this hub, the residual streams are distributed to the appropriate processing or recycling facilities, resulting in a more streamlined and circular processing of residual streams.

Investment

€ 275.000,00

Phase

Execution

Residents involved?

No

There are 70 post-its that were stuck by residents on this topic during the climate conferences.

Uniform green/sustainable design of business parks

Better connection with public transport

Green roofs

No cars with only one passenger.

Let business parks generate sustainable energy and involve the surrounding neighborhoods to become locally more climate resilient together.

Biodiversity kit give. - office honey - office herbs

Nature-inclusive construction

Storage of rainwater on, for example, industrial estates

Tall trees -> more shade

Better public transport, then replace parking spaces with greenery.

Green bus as an example of the job bus

Apply a heat network. Use waste heat for the community.

Green hedges (tall) with ditches for water collection (or underground tanks for water storage with special hoses for watering the plants)

Organic vegetable gardens on business parks for employees and in public spaces for residents.

Much less pruning!

Roofs used for improving biodiversity (not just sedum -> more robust)

During renovations, only grant a permit if the paving does not exceed a certain percentage.

Ensuring it pays off For example, granting permits when a lot of green is created

Green roofs + solar panels

Creating fun walking routes

Percentage compensation/type package companies can choose from with different sustainability levels

Rain art or rain play areas or rain sports areas

Collectivity + less pruning

Mandatory sun protection instead of air conditioning in office complexes. Mandatory solar panels on the roofs of companies and parking garages (sedum roofs are also allowed).

I mainly think of the people who have to work in a mass of concrete and stone. The employee also benefits from nature in the work environment.

Climate Mission Helmond & Eindhoven

Eindhoven and Helmond are working together to become climate-neutral faster and smarter. So that Eindhoven and Helmond are now and in the future pleasant places to live, work and recreate. We map out which actions are needed to get there and who has what role in that.

For more information: eindhovenduurzaam.nl/klimaatmissie or www.heelhelmondduurzaam.nl

For questions and/or comments you can send an email to: duurzaamheid@eindhoven.nl or energietransitie@helmond.nl

What if we succeed?

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