ENJUE a leading provider of industrial dust removal solutions, recently announced the successful production and shipment of a large-scale, high-efficiency environmental friendly port hoppers tailored for a key international client. The eco hopper system has been installed and commissioned at the Port of Aqaba, Jordan. A team of senior engineers dispatched by the company provided on-site technical guidance and training throughout the process, marking a significant success for ENJUE in a key environmental project in a market along the Belt and Road Initiative.
As Jordan's only outlet to the sea and a crucial regional transshipment hub, the Port of Aqaba is continuously promoting the modernization and environmental friendliness of its operations. During bulk cargo transshipment, especially the loading, unloading, and storage of materials such as fertilizers and grains, large amounts of dust are easily generated. This not only causes material loss and affects equipment lifespan but also poses challenges to the port environment and the health of employees. Therefore, local operators are actively seeking efficient and reliable dust control technologies.
ENJUE distinguished itself from numerous competitors with its years of experience and advanced technological solutions in port dust control. The environmentally friendly hopper delivered this time is not a standard product, but a customized design tailored to the client's specific terminal structure, material characteristics, and throughput requirements.
Core Technology of Our Environmental friendly hoppers: High-Efficiency Integration, Intelligent Dust Collection
This dust collection funnel system integrates several of ENJUE's port hopper core technologies:
High-Efficiency Sealed Dust Extraction: Creates a sealed, slightly negative-pressure space at material transfer points (such as the material drop point on a conveyor belt), effectively capturing drifting dust at its source.
Modular Cartridge eco hoppers: Utilize high-performance filter media with a filtration efficiency exceeding 99.9%, ensuring emissions comply with international and local environmental standards. The modular design facilitates future maintenance and component replacement.
Intelligent Control System: Automatically adjusts fan frequency and cleaning cycle based on parameters such as material flow rate and humidity, achieving optimal energy consumption while maintaining dust removal effectiveness.
Rugged and Durable Structure: Special anti-corrosion and structural reinforcement treatments have been implemented to address the harsh environment of ports with high salt spray and sandstorms, ensuring long-term stable operation of the equipment.
On-site Execution: Overcoming Challenges, Professional Delivery
To ensure the project's successful implementation, ENJUE assembled a technical support team comprised of mechanical, electrical, and automation engineers, who traveled to Jordan for on-site support.
Precise Installation Guidance: The engineering team worked closely with the local construction team, providing guidance based on detailed drawings to ensure the installation and integration of the environmentally friendly port hopper's body, ductwork network, dust collector, and electrical control system, guaranteeing precision at every stage.
The project client highly praised ENJUE's products and service quality: "ENJUE provides not just a set of equipment, but a complete solution and a worry-free service commitment. Their engineers are professional and dedicated, helping us quickly master the system operation. The successful operation of this dust removal system has significantly improved the air quality in the work area, which is a key step in our construction of a green port."
The success of this project marks a significant milestone in ENJUE Environmental Technology's internationalization strategy and its technology export strategy. It not only demonstrates that the company's products meet the stringent standards of the international market but also strengthens its brand image as a trusted environmental partner for ports and industries.
