Rethink the cycle
Factors like resource scarcity, disrupted global supply chains and climate change call for rethinking production processes within the chemical industry.
There is an increased need for designing sustainable solutions that put circularity at the core of the chemical industry, lowering the demand for virgin resources over the entire life cycle of the essential products that it manufactures. The goal? Achieving resource efficiency across value chains and facilitating material reuse, driving the development process in the chemical industry towards circularity.
A compromise from within
The Circular Economy goes beyond waste management, it aims at closing cycles and using products and resources in the most sustainable way possible across entire value chains. It improves material efficiency, mitigating the impact of the growth in demand for energetic materials. GEA is committed to support customers achieve a higher degree of sustainability in the value chain of production and accelerate the path towards a truly circular economic model.
GEA takes pride in engineering up to the most demanding standards while taking bold action to support the global transition to a net-zero economy. We are nurturing our eco-design expertise to support customers right from the initial steps of creating manufacturing processes and all the way through the production of new materials from transformed waste, bringing the circular economy loop to a close and offering a strategic advantage to manufacturers.
Across industries and applications
PET (Bottle) recycling
The majority of non-alcoholic beverages worldwide are bottled in polyethylene terephthalate (PET) bottles. GEA decanter centrifuges make an ecologically and economically valuable contribution to the recycling of PET bottles.
PET ( Textile) recycling
Albeit often overlooked in conversation about pollution, the fashion industry contributes more to global carbon emissions than all international flights and maritime shipping combined. GEA is innovating to help make the complete separation of polycotton fibers possible.
Waste Electrical and Electronic Equipment (WEEE) recycling
GEA’s decades-long experience in non-ferrous applications translate in state-of-the-art multitasking gas cleaning plants that make possible to slash down emissions and ensure the circularity of the recycled metals.
Battery materials recycling
With over a century of expertise in evaporation and crystallization, we have designed and fabricated centrifugal separators, evaporators and crystallizers suitable for all process steps of the battery recycle process without compromising the purity of the materials.
Chemical recycling
Chemical recycling is a complex process that involves several technologies to break down waste into its basic chemical components. GEA's state-of-the-art technologies make possible to depolymerize, separate, purify and refine complex molecular structures, ensuring an efficient and effective chemical recycling.
Rare earth elements recycling
Currently, only about 1% of rare earth elements in old products, such as electronic waste, fluorescent lighting or permanent magnets, are recycled. GEA technologies make possible to recover these valuable materials, ensuring supply chain security amid an ever-growing demand and reducing the environmental impact.
Biopolymer recycling
GEA supplied the centrifuges that are essential to the process of extracting the biopolymer from the Nereda® granular sludge at the Kaumera production plant.
Carbon Capture (CCUS)
GEA provides end-to-end Carbon Capture Solutions, from waste heat recovery and gas pre-treatment to CO2 capture, conditioning, liquefaction, or conversion into CO2-based products.
Our on-demand Webinars
Watch our Expert Talks and gain all the insight on GEA constant innovations for process optimization, energy efficiency, decarbonization and sustainability.
Battery Recycling
Metal recycling means raw material security and environmental protection.
WEEE Metal recycling
Off-Gas cleaning plants for E-Scrap and Battery Recycling Furnaces.
Plastic Recycling
Process & technologies development for New Plastic Recycling in a Circular Economy.
Chemical Recycling
Break plastics down into their basic chemical building blocks that can be used for manufacturing new products.
Solvent recovery
Turning waste to value. Efficient ingredient extraction & solvent recovery by distillation.
