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Tanrıkulu Group

Sustainability

Circular Economy Contribution

As Tanrıkulu, we are based on the circular economy model in our production processes. By transforming plastic waste into a valuable resource, we reduce raw material consumption and minimize waste generation. With this approach, we actively contribute to the protection of natural resources and their recovery to the economy.

Social Responsibility Awareness

At Tanrıkulu, we are aware of our responsibilities not only to the environment but also to society. We care about the health, safety and development of our employees, support projects that contribute to local communities, and offer a transparent and honest work environment by adhering to ethical values.

Reducing Carbon Footprint

Conscious of our responsibility to the environment, we focus on reducing our carbon footprint in our operations. We aim to reduce our greenhouse gas emissions by using energy efficient technologies, optimizing our logistics processes and increasing the use of recycled materials.

Energy and Resource Efficiency

We integrate energy and resource efficiency, one of the cornerstones of sustainability, into all our operations. By aiming to produce more with less energy and to use water and other natural resources consciously and efficiently, we reduce our environmental impact and lower our operational costs.

Environmentally Friendly Production

We use environmentally friendly methods and technologies in our production facilities. We minimize our environmental impact through processes that minimize water and energy consumption, are equipped with waste water treatment systems and keep emissions under control. Our goal is to offer a production model that respects nature

Innovative and Technological Approach

We support sustainability by adopting innovative and technological approaches in the recycling and plastic packaging industry. With our R&D investments, we develop more efficient recycling techniques, design products with less environmental impact and contribute to a sustainable future by leading the industry.

GES Projesi

1.

GES sisteminin kurulduğu alan.
(Çatılara kurulan GES kaç m2
alana kuruldu) 

15950m2
Bir Alana Kurulum Yapıldı

 

2.

Kaç adet
Güneş Paneli
mevcut ve kaç WP?

4267 Adet 550 Wp
Güneş Paneli kullanıldı

3.

Kaç KWE / mWE / kWP
enerji üretimi
olacak

Yılda 3.168.247,50 kWh Enerji üretimi yapması beklenmektedir

4.

Tesisin % kaç
enerji ihtiyacı karşılanmış
 olacak?

2023 Yılı Elektrik Faturalarına göre tesisin %39’ luk enerji ihtiyacını karşılayacaktır.

1. GES sisteminin kurulduğu alan. (Çatılara kurulan GES kaç m2 alana kuruldu) = 15950 m^2 Alana Kurulum Yapıldı

2. Kaç adet Güneş Paneli mevcut ve kaç WP? = 4267 Adet 550 Wp Güneş Paneli kullanıldı

3. Kaç KWE / mWE / kWP enerji üretimi olacak. =  Yılda 3.168.247,50 kWh Enerji üretimi yapması beklenmektedir

4. Tesisin % kaç enerji ihtiyacı karşılanmış olacak? = 2023 Yılı Elektrik Faturalarına göre tesisin %39’luk enerji ihtiyacını karşılayacaktır.

%89
Waste Recovery Rate
%94
Annual Sustainability Rate
4.200 Ton
Carbon Footprint Reduction