PARTNERSHIP WITH BLUE SYSTEMS
BlueSystems®: Steam Reforming Municipal Solid Waste and Plastic into GreenSynGas™ and Hydrogen
BlueSystems Synergies provides an innovative solution for municipal solid waste (MSW), excluding metals, glass, and other inert materials. All types of plastics and tires can be converted into GreenSynGas™ and hydrogen. QS has a marketing agreement with BlueSystems and Third Wave Singapore, both of which specialise in advanced waste management and landfill reduction. The innovative steam reforming technology of BlueSystems® efficiently transforms various waste streams into valuable feedstock for renewable and sustainable energy production.
This technology improves the efficiency of waste-to-energy (WTE) systems, making them more cost-effective to install and operate. Providing a sustainable energy source for local communities signifies a major advancement in environmental responsibility. The BlueSystems® technology is based on Fischer-Tropsch steam reforming, initially developed in 1920s Germany to address fuel and energy shortages. Historically, Germany used this process to convert coal into synthetic oil, thus fueling its economy.
In 2000, Hydrogenion AG revitalised and further developed the technology, focusing on converting plastic waste into hydrogen and power. In 2024, Hydrogenion AG transferred the BlueSystems steam reforming concept to BlueSystems Synergies BV, transforming the traditional power plant model into a modular, containerised system. The updated BlueSystems approach prioritises the production of GreenSynGas and hydrogen from MSW, with optional modules available for producing chemical and alternative fuels.
key technology features
BlueSystems MkII is the second generation, based on a, long established, patented and proven technology. The units can be configured in multiple ways to meet specific customer needs. The main feature of the BlueSystems® MkII is to produce GreenSynGas and hydrogen on-site. Modules to produce other energy products can be added upon request.
Mini Concept
- Target: Farmer Cooperatives. This modular, single-container unit is designed to process 20-30 tons of waste per day into GreenSyngas/Hydrogen, specifically for farmer cooperatives, addressing local environmental constraints effectively.
Standard Unit
- Target: Municipal Councils. The standard unit, processes approximately 90-100 tons of Municipal Solid Waste (MSW) daily. This configuration is ideal as a (leasing) option for municipal councils.
Cluster Concept
- Target: Large-Scale Municipal Waste Processing Sites. For larger operations, such as those processing 600 tons of waste per day, six units of BlueSystems can be configured to produce GreenSynGas™ and store it in a network of tanks on-site. Depending on specific requirements, additional modules can convert GreenSynGas into targeted end products.
The Intelligent BlueSystems® MkII Operating System
- The Operating system is housed in a containerized control room located on-site, with the capability for remote monitoring and control via internet access.
Faster Deployment
- Prefabricated MkII units enable rapid assembly and commissioning, significantly reducing project timelines from design to operational launch.
Location Flexibility
- Compact and self-contained, these MkII units are ideal for diverse locations, including remote or space-constrained sites.
Lower Environmental Footprint
- Reduce waste ending up into landfill. Avoid the emissions associated with landfilling or incineration. Reduce raw material acquisition
Simplified Maintenance and Upgrades.
- MkII Modularity allows for easier maintenance and the ability to upgrade individual components without causing major disruptions to operations.
Improved Energy Efficiency
- MkII designs is optimized for enhanced energy efficiency, by applying specialised heating source and heat isolation technology.
Customizable Solutions
- The MkII system offers flexibility to customize modules according to specific project requirements or operational needs.
Economic
- Standardized BlueSystems MkII modules typically lower manufacturing and installation costs, providing a more economical alternative to traditional plant setups. Products and by-products (mineral fertiliser and distilled water) can be sold as energy source or for industrial applications.
It creates local employment opportunities.