Made from upcycled shipping containers, the Mohalla Clinics are designed to bring affordable primary healthcare to every neighbourhood in Delhi. The clinics are a prefabricated, easily deployable and sustainable solution to the issue of inaccessible primary healthcare. A typical unit is made of two 20-foot-long containers joined by a central walkway and consists of a reception, a waiting lounge, an examination room, and a pharmacy, making it suitable for routine health checks, testing, and vaccinations. The units come equipped with services, essential interior finishes, and built-in furniture, making them suitable for plug-and-play installation. The interior finishes are chosen to create an optimistic and sterile environment for patients.
Completed in 2021
Government of Delhi / Tata Power
India’s health infrastructure is facing one of its biggest crises in the post-Independence era. For many years, the country has fared poorly on health infrastructure indices—the Human Development Report 2020 shows a national ratio of only 5 beds per 10,000 people. Existing facilities are highly privatised and expensive, with high costs of treatment that are often paid out-of-pocket by patients. These limitations were exacerbated further by Covid-19 and the stress it exerted on our public health systems. Smaller, grassroots–level medical facilities that provide subsidized services and are quickly deployable are a viable solution to this crisis, bringing affordable care to a broader population.
The Mohalla Clinics by Architecture Discipline is one such solution that aims at accessibility,immediacy of care, economical deployability and affordability, along with a socially integrative approach to health and well-being. A prototype for a primary care centre, it is built out of used shipping containers salvaged from various container yards in Delhi. The clinic’s design is adapted from Life Community Medical Facility (LifeCMF), a modular health facility concept designed by the firm. It is developed on a pro bono basis for the Delhi Government’s AamAadmi Mohalla Clinics programme with financial support from Tata Power’s CSR wing. In the first phase, 20 units will be deployed in various urban settlements in Delhi, which will scale up to 500 units in upcoming phases.
Two unit models have been developed for the Mohalla Clinics. Type A comprises an examination room, a reception and waiting area, a pharmacy accessible from outside, and a washroom, making it suitable for routine health checks, testing, and medicine purchasing. Type B is a variation of this model, with a digital reading room on the upper level and an adjoining terrace accessible through a spiral staircase. This model provides a quiet space for study in dense settlements where such facilities are limited. As they are manned 24/7, they are accessible at all times of the day and can act as rain shelters when they are not in use.
The clinics are composed of two 20-foot-long containers separated by a 1.2 m–wide metal deck that also serves as an entryway to the two halves. The repurposed containers are coated with red exterior paint, with logos and signage painted in white. To protect the clinic’s interiors from Delhi’s searing heat, the containers are enveloped with micron insulation consisting of non-woven thermally bonded fibre, a non-flammable and hypoallergenic material. Glazed wall sections consist of hermetically sealed double-glazed units with aluminium frames, allowing the clinics to be naturally lit while preventing heat ingress. The units are anchored in place with small concrete pile footings that cause minimal impact to the ground.
The Mohalla Clinic’s interior finishes create an optimistic and clean environment for patients, using materials and fixtures that are patient-safe and easy to maintain. Walls are panelled with volatile organic compound (VOC)-free ply-pasted birchwood, and the floors are covered with hospital-grade vinyl flooring. Insulated drywall partitions separate individual spaces, with an opaque glass partition screening the pharmacy from the waiting lounge. The clinic is equipped with essential furniture, like examination beds, wash basins, desks, tables and chairs, seating benches, and storage space. Connected to the waiting lounge via the pharmacy, the washroom features a medical-grade stainless steel counter with a foot-operated wash basin, along with water-conserving plumbing fixtures.
To create a seamless plug-and-play operation, server rack power strips are incorporated into the clinic. The facility is lit with under-lighting strips concealed with pelmets, and is cooled with 1.5-ton air conditioners whose outdoor units are located on the rooftop. The air-conditioning units include microfilters to create a dust-free internal environment. The water requirements for the washroom are fulfilled by a 200-litre water tank on the clinic’s roof. The services on the roof are concealed with a galvanized iron mesh, painted to match the clinic’s external appearance.
The clinics can be entirely prefabricated and transported to their locations with a forklift,
requiring minimal on-site assembly. Prefabrication allows for greater quality control and precision in finishing, minimizing pollution due to construction activities and on-site errors. For the firm, the process of converting discarded shipping containers into ready-to-use clinics
involved four steps:
i) Identifying containers that are fit for reuse
ii) Calculating the insulation and service requirements for the clinic
iii) Identifying suitable materials for interior finishes to create a low-maintenance, sterile,
and high-quality space, which also fosters a sense of positivity and happiness
iv) Engineering a low-impact foundation to anchor the clinic in place safely.
The clinics can be deployed rapidly, taking around 15 days for completion depending on the time taken for container procurement, site identification, and logistics. With complete prefabrication, this duration can even be brought down to 2-3 days. The quick construction of the prototype allows it to be deployed virtually anywhere, with the possibility of airlifting the units to emergency situations like disaster-struck regions or war zones.
The clinic’s design capitalizes on the structural strength of a discarded shipping container and works with it as a module, reducing the need for costly modifications or custom-built additions. In this manner, it redefines post-industrial waste as a medium for the equal distribution of affordable health services, integrating them into a circular model of reuse. By taking something forgotten and giving it a new lease of life through the Mohalla Clinics, Architecture Discipline proposes a sustainable solution for the health infrastructure crisis in our country.