Circular Economy

Expertise

Within the dynamic encounter of “emerging technologies” and “new economic concepts,” businesses are presented with a series of warnings and opportunities. The rapid pace of technological advancements over the past two decades has emphasised the critical nature of these alerts and prospects, as they can either propel a business forward or lead to its demise.

Among these emerging paradigms, the circular economy stands as a new economic concept interwoven with the threads of emerging technologies. Notably, the wealth-generating potential of this concept outweighs its warning implications. In its simplest definition, the circular economy operates in stark contrast to the linear economy, which predominantly relies on non-renewable resources to create value before discarding the end product. A pivotal aspect of the circular economy lies in its emphasis on recycling and the reduction of material usage through innovative redesigns. This drive promotes the emergence of sturdier, more sustainable materials, fostering a competitive landscape within various sectors, such as the ongoing steel and aluminium rivalry within the electric vehicle industry.

The circular economy also strives to extend product lifecycles through approaches like refurbishment, reuse, and repair, with a firm commitment to maximizing the potential for recycling. Where solutions are not readily available, products are seamlessly integrated into the recycling process. Key innovations and technological advancements in the industry revolve around efficient material collection, ease of separation, and optimal material recovery processes.

Products and Services

Management consulting

services to develop comprehensive circular economy frameworks and their implementation across organizations, institutes, and industries.

Evaluation of organizational circularity maturity

and implementation based on ISO 59000 subsections.

Technology transfer

and development focused on waste management, production waste, and electrical and electronic waste.

Design and implementation of technological solutions

for an efficient collection chain, material separation, and critical raw material recovery from end-of-life products, especially those relevant to the green transition.

Conducting feasibility studies and developing technologies

for the extraction of valuable minerals from mineral tailings and by-products during metal production (e.g., dust, sludge, slag).