Concept & Design

Combining natural materials with innovative building methods

Borneo Nature Lodge (2)

The Concept

The Kinabatangan region in Sabah, Malaysia, is internationally recognised for its remarkable biodiversity and distinctive floodplain ecosystem. As eco-tourism flourishes in the area, there is a growing demand for infrastructure that is both environmentally sustainable and adaptable to the challenges of a tropical climate and remote location.

In response, Borneo Nature Lodge (2) was developed using a thoughtful combination of bamboo and the innovative Emme due (M2) panel system a construction approach that harmoniously blends traditional natural materials with modern sustainable technology. This fusion results in structures that are durable, energy-efficient and perfectly attuned to their rainforest surroundings.

By integrating Emme due materials into the lodge's design, the project achieves a balanced synergy between comfort, sustainability and resilience ideally suited to the humid conditions and logistical challenges of the Kinabatangan floodplain. More than just accommodation, the lodge stands as a model of green construction in Borneo, setting a new benchmark for sustainable tourism infrastructure across the region.

Borneo Nature Lodge (2)

Environmental Impact

Using Emme due technology reduces reliance on traditional materials such as bricks and timber, helping to conserve local resources. Its excellent insulation properties also minimise the energy required for cooling, supporting low-carbon building goals.

Borneo Nature Lodge (2), constructed with Emme due panels, represents a forward-thinking approach to eco-tourism infrastructure. This modern system not only addresses the environmental sensitivities of the Kinabatangan region but also provides a durable, cost-effective and energy-efficient solution that aligns with the principles of sustainable development.

Borneo Nature Lodge (2)

Project Objectives

Eco-lodge

To design and construct an eco-lodge that minimizes environmental impact.

Emme due panel

To utilize Emme due panel technology for improved structural performance.

Comfort

To provide a comfortable, thermally efficient accommodation for tourists.

Environmental

To ensure resilience against local environmental conditions such as humidity, flooding, and seismic activity.