Warming the People’s Livelihood: Wuwei Heavy Ion Center Embraces Medical Warmth with "Early Heating"

Warming the People’s Livelihood: Wuwei Heavy Ion Center Embraces Medical Warmth with "Early Heating"

As the deep autumn chill gradually spreads across the Hexi region of Gansu Province, warmth has already begun to flow ahead of schedule at the Wuwei Heavy Ion Center of Gansu Wuwei Tumor Hospital. Upholding a service philosophy that puts "patient needs first," the hospital has made advanced arrangements to safeguard patient comfort. On October 11th, the central heating system for the heavy ion center was officially activated. This preemptive measure, rooted in care for people's livelihood, reinforces a "line of defense in terms of warmth" for medical services, allowing the human touch to be reflected in the details of the patient experience.

Patient-First Approach: Making Warmth an "Invisible Aid" in Treatment

As autumn transitions into winter, groups such as oncology patients and elderly individuals with chronic conditions often have relatively weaker immunity and are more sensitive to changes in ambient temperature. The hospital has deeply understood the medical needs of these special patients and proactively arranged the heating supply. Through precise regulation, the temperature in areas such as the outpatient and emergency halls, inpatient wards, and diagnostic and treatment departments is steadily maintained at around 22°C. This not only prevents discomfort caused by cold during patient examinations and treatments but also establishes a solid foundation for treatment effectiveness through a comfortable environment. This early heating initiative is not only a measure to safeguard people’s livelihoods during the seasonal change but also a vivid practice of the hospital’s service tenet of "putting patients first." From breakthroughs in diagnostic and treatment technologies to thoughtful details in patient care, and from the precise application of heavy ion therapy to the fine-tuning of heating temperature, the hospital comprehensively embodies its pursuit of "medical care with warmth and endless service improvement".

Green Empowerment: Integrating Low-Carbon Practices Throughout the Medical Service Chain

While ensuring a warm environment for medical visits, the hospital deeply integrates the concept of "green development" into its medical service system, using technological innovation to simultaneously achieve "warm medical care" and "low-carbon operation." As a benchmark for smart healthcare construction in the region, the heavy ion campus focuses on the goal of "building a green and smart hospital" and actively responds to the strategic requirements of "carbon peak and carbon neutrality." The hospital large-scale utilizes solar thermal systems to maximize the potential of clean energy and promotes air-source heat pump technology across multiple campuses, moving away from traditional heat sources and achieving an efficient energy cycle for winter heating and summer cooling. Compared with traditional heating methods, air-source heat pump technology can improve energy utilization efficiency by over 30%, upgrading the heating system towards "high efficiency, low energy consumption, low pollution, and user-friendliness." This not only provides patients with a stable and warm medical environment but also fulfills the medical institution’s ecological responsibility through low-carbon technology, establishing a new medical service model that combines "temperature assurance and green operation".

From precise heating safeguarding patient comfort to technological innovation fulfilling a green mission, the Wuwei Tumor Hospital Heavy Ion Campus demonstrates "great compassion through small steps." This early heating initiative is not only a concrete expression of care for people’s livelihoods but also signifies the hospital’s exploration—beyond leading in heavy ion medical technology—to continuously deepen its service内涵 and expand the boundaries of green healthcare. In the future, the hospital will continue to be guided by patient needs, supported by technological innovation, and while enhancing the core competitiveness of heavy ion diagnosis and treatment, it will continually refine the details of medical services and upgrade its green operation system. This aims to provide the public with medical and health services that are warmer, higher in quality, and more sustainable, writing a new chapter in the high-quality development of healthcare services in the Hexi Corridor.

Preliminary Review: Zhang Lihong

 Final Review: Ma Shuqian