SUSTAINABILITY
SUSTAINABILITY STRATEGY
For the Biotechnology Specialized Organized Industrial Zone, the sustainability decisions taken worldwide and the international agreements to which Türkiye is a party are not merely a legislative compliance process; they are a natural part of a science, technology, and production-oriented development vision.
In line with this approach, sustainability within the BIOTECHNOLOGY SPECIALIZED ORGANIZED INDUSTRIAL ZONE is addressed not only with the aim of meeting today's requirements, but also with the understanding of responsibly building the biotechnology ecosystem of the future.
Operating with a holistic perspective encompassing environmental, social, and governance dimensions from its inception, the Biotechnology Specialized Organized Industrial Zone closely follows national and international sustainability agendas and proactively implements projects aligned with these agendas. In this context, studies based on scientific principles and considering long-term environmental impact are being conducted, primarily including the Environmental Impact Assessment (EIA) report prepared in collaboration with Yıldız Technical University.
The Biotechnology Specialized Organized Industrial Zone aims to create an infrastructure compliant with international standards in the fields of environmental sustainability, resource efficiency, and green transformation through projects developed within the framework of the European Union harmonization process. These efforts are designed to respond not only to current needs but also to the environmental and structural requirements that the biotechnology sector will face in the future.
Sustainability is an integral part of the corporate approach for the Biotechnology Specialized Organized Industrial Zone. The goal is to implement all defined priorities and principles in a transparent and collaborative manner, with the participation of the public sector, private sector, academia, and all stakeholders. Accordingly, studies conducted in different disciplines have been centralized and addressed within a single strategic framework.
The Biotechnology Specialized Organized Industrial Zone aims to make lasting and measurable contributions to Türkiye's sustainable development goals by addressing science and technology-focused growth together with environmental responsibility, social contribution, and strong governance principles.
PROJECTS DEVELOPED
By utilizing 40-45% of its rooftop solar power potential, BIOSB aims to reduce energy costs and decrease fossil fuel consumption through energy production from biomass/organic waste. It increases overall energy efficiency by 10-12% through the recovery of waste heat released in industrial processes. It facilitates access to renewable energy for OSB companies through a joint investment model and provides a strong foundation for carbon neutrality strategies. It can also generate additional income through energy sales potential.
By installing rainwater storage tanks (with a potential annual collection of 1.9 million m³) in each plot, it significantly reduces clean water consumption. Greywater recycling systems enable the recovery of water used in processes, lowering operating water costs. Smart sensors, IoT monitoring, and data analytics allow for the immediate detection of water losses and inefficiencies. This enhances the long-term water security of the Organized Industrial Zone and increases its capacity to adapt to climate change.
The project, which aims for a sustainable microclimate design within the Organized Industrial Zone (OSB), includes the construction of afforestation, permeable surfaces, green corridors, and recreation areas. It contributes to the OSB's approach to carbon neutrality by providing approximately 4,000 tCO₂ absorption annually. It reduces the heat island effect, increases employee comfort, improves rainwater permeability, and supports biodiversity. It creates a higher quality living space for employees.
It establishes a digital matching platform that enables companies to use waste generated between them as raw materials. It reduces waste disposal costs, decreases raw material consumption, and creates a circular economy ecosystem within the Organized Industrial Zone (OSB). Thanks to real-time data management, companies can transparently track their production resources. Economic collaborations, joint logistics solutions, and low-carbon production models are supported.
BIOSB transforms all transportation and logistics processes within its structure into a low-carbon model using electric vehicles, charging stations, and a smart fleet management system. It reduces fuel costs through electric service vehicles, distribution fleets, and internal logistics vehicles. Energy consumption is optimized and emissions are reduced through green logistics routes. Smart charging management balances the OSB's energy load and ensures uninterrupted operation.
It establishes a carbon credit and green bond infrastructure to enable companies in the Organized Industrial Zone to generate revenue from carbon reduction projects. It connects renewable energy, energy efficiency, and waste management projects with green investors through financial valuation. Companies that produce projects registered in the carbon market generate revenue.
By obtaining these, it accelerates its investments. It increases BIOSB's financial sustainability capacity and attracts the interest of international investors.
CFD simulation and climate modeling are used to analyze risks such as floods, heat waves, water inundation, and power outages. Based on these analyses, strengthened infrastructure solutions, drainage improvements, and crisis response operational plans are developed. Early warning systems can be established for critical areas within the Organized Industrial Zone (OIZ). This minimizes production interruptions and enables the OIZ to gain a long-term climate adaptation strategy.
Smart meters, SCADA, energy storage systems, and renewable energy integration create a fully digital, data-driven energy management environment. Energy consumption of facilities is monitored in real time, inefficiencies are identified, and automatic optimization is performed. Energy storage balances the grid load and increases the energy security of the Organized Industrial Zone (OSB). In the long term, it ensures low energy costs and high efficiency.
Organik atıkları biyogaz veya biyokütle santrallerinde enerjiye dönüştürerek hem atık yönetimini hem enerji üretimini entegre eder. Sıfır atık vizyonuna uyum sağlar, karbon emisyonlarını önemli ölçüde azaltır ve OSB’nin kendi enerjisini üretmesini destekler. Atık ısı geri kazanımı ile sistem verimliliği artırılır. Enerji fiyatlarındaki belirsizliği azaltarak ekonomik sürdürülebilirlik sağlar.
By modeling all infrastructure, energy, water, logistics, and risk management processes of the Organized Industrial Zone (OIZ) in a digital twin environment, it creates a real-time simulation and decision support system. Situations such as power outages, floods, fires, or increased demand are simulated, and the most optimal solutions are calculated. The payback periods of investments can be viewed digitally. It provides an OIZ management model similar to "Virtual Singapore" in Europe.
An AI-based process control system is installed in the OSB wastewater treatment plant; processes such as oxygen and chemical dosing, and sludge aging are automatically optimized. This results in 15-25% energy savings and a significant reduction in chemical consumption. Quality is continuously monitored using sensors. The circular economy is strengthened through waste sludge recovery solutions.
A platform is established that automatically calculates technical feasibility, roof strength analysis, production forecast, and investment model for each company. The Organized Industrial Zone (OSB) reduces costs by making a collective solar power plant agreement from a single source. Financing models (lease, PPA, investment partnership, etc.) are offered. The entire solar potential of the OSB is realized within 12-18 months.
All waste movements within the Organized Industrial Zone (OSB) are tracked using QR/RFID technology; which waste originated when, from which company, and how it was processed are instantly visible. Waste collection routes are determined through optimization, resulting in up to 20% fuel savings. The appropriate waste type is automatically directed to the correct recycling facility. This accelerates the OSB's zero-waste compliance.
