Apsco is committed to making a positive environmental impact through initiatives to reduce carbon footprint by exploring sustainable practices, promoting fuel efficiency, and engaging in community initiatives. By aligning business practices with environmental responsibility, Apsco contributes to the broader aviation industry's efforts toward a more sustainable future.
Apsco successfully achieved the first GOLD LEED certified ITP building at Jeddah airport, certified by the US Green Building Council. Furthermore, Apsco participated with GACA in publishing an information paper at ICAO in September 2022 regarding airport decarbonization plans.
In transitioning from linear to circular economy principles, Apsco received its first circularity score through the Ellen MacArthur Foundation's Circulytics — the most comprehensive circularity measuement tool, highlighting strengths and areas for improvement. The company will continue making progress toward full circularity across operations.
Apsco has implemented numerous proactive initiatives and actions to promote health and environmentally friendly practices.
Sustainable Aviation Fuel (SAF) represents a significant advancement in the aviation industry's efforts to reduce carbon footprint. SAF is a biofuel produced from sustainable resources such as waste oils, agricultural residues, and non-food crops. Unlike conventional fossil jet fuel, SAF can significantly reduce lifecycle greenhouse gas emissions by 50% to 80%, depending on feedstock and production methods.
A primary benefit of SAF is its compatibility with existing aircraft engines without modifications, making it a drop‑in solution for reducing emissions from current fleets.
European aviation mandates require 2% Sustainable Aviation Fuel (SAF) by 2025 and 6% by 2030. Additionally, the Carbon Offsetting and Reduction Scheme for International Aviation (CORSIA) is expected to impose mandatory SAF usage globally by 2027.
SAF works with existing aircraft engines without modifications, making it a direct solution for reducing emissions from current fleets.
Produced from waste oils, agricultural residues, and non‑food crops — reducing lifecycle greenhouse gas emissions by 50% to 80%.
European mandates require 2% SAF by 2025 and 6% by 2030. CORSIA is expected to impose mandatory SAF usage globally by 2027.
SAF is a key enabler in achieving net‑zero targets for airports, as jet fuel accounts for over 90% of total airport emissions.
Apsco has begun supplying SAF in Saudi Arabia through its agreement with Red Sea International Airport (RSIA) and is pursuing implementation at other airports.
Apsco's SAF strategy extends beyond fuel supply to include technical advisory, stakeholder coordination, and full operational readiness, ensuring that SAF implementation at RAC is seamless, compliant, and aligned with international best practices.
Through its collaboration with KAUST and its demonstrated operational expertise, Apsco is well positioned to support RAC's role within the Kingdom's sustainable aviation ecosystem and to reinforce Saudi Arabia's position in the global aviation fuel market.
Apsco's early engagement in SAF research and supply positions Riyadh Airport to respond efficiently to future regulatory requirements, including ICAO CORSIA obligations and potential GACA mandates. Apsco is actively working with the Ministry of Energy and GACA on national frameworks for Sustainable Aviation Fuel and Low‑Carbon Aviation Fuel (LCAF), ensuring alignment between policy development and operational implementation.
Apsco recognizes that the decarbonization of airport ground operations is increasingly driven by the electrification of vehicles and support equipment. EV charging infrastructure is a core enabler of this transition.
Proposing installation of fast DC chargers up to 150 kW at Riyadh Airport Fuel Farm, supporting multiple vehicles simultaneously.
Recently commissioned fast-charging stations at Jeddah facilities, demonstrating high-power charger capability integrated with existing infrastructure.
Smart charging management system for real-time monitoring of energy consumption, charger utilization, and system performance.
Assessing integration of solar photovoltaic systems for green electricity EV charging, contributing to Scope 2 emissions reduction.
Electric refueling vehicles at airports offer reduced emissions, improved air quality, quieter operations, and decreased noise pollution.
Designed to comply with Saudi standards, IEC requirements, and airport safety regulations with advanced protection systems.
To further reduce the carbon footprint of charging operations, Apsco will assess the integration of renewable energy solutions, particularly solar photovoltaic systems installed on fuel farm buildings or nearby structures, subject to space availability and RAC approval. This approach supports the use of green electricity for EV charging and contributes directly to Scope 2 emissions reduction at the fuel farm.
Apsco is assessing the integration of solar photovoltaic systems on fuel farm buildings and nearby structures to power EV charging with green electricity, contributing to Scope 2 emissions reduction at the fuel farm.
As part of the KAIA Into‑Plane Facility LEED project, Apsco developed a parking area equipped with a solar panel shed to harness renewable energy sources, further contributing to green and eco‑friendly practices.
Beyond waste reduction, Apsco has implemented several operational improvements including the reuse of scrap paper and recyclable merchandise. The company has invested in environmentally conscious infrastructure such as fluorescent lighting systems, sensor‑activated fixtures, automated hand dryers (replacing paper towels), and various other sustainable tools and equipment that contribute to comprehensive waste control.
Apsco's strategic environmental objective focuses on achieving a substantial percentage of certified green workplaces and facilities. The company has initiated the certification process with the General Presidency of Metrology and Environmental Protection (GPME), for which Apsco meets all necessary requirements. As part of carbon footprint reduction efforts, Apsco has launched the comprehensive "GO GREEN" initiative across airport depot and into‑plane operations.
KAIA Into‑Plane Apsco Facility Project's LEED certification distinguishes it as a model of sustainability and demonstrates Apsco's leadership in transforming the building industry.
Construction of administrative buildings and a maintenance workshop, adhering to LEED standards to ensure sustainability and environmental responsibility.
Additionally, developing a parking area, equipped with a solar panel shed to harness renewable energy sources, further contributing to our commitment to green and eco‑friendly practices.
Apsco proudly aligns its sustainability initiatives with Saudi Vision 2030 and the Saudi Green Initiative — supporting the Kingdom's transition toward low‑emission airport ground operations and a circular economy.
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