An idea, an operational need or a technology you want to improve… Combine research, engineering, biological processes and AI to take sustainable solutions from concept to field application.
A sustainable solution begins with the right question. Which resources are being lost? Which step is difficult? Where does existing technology fall short? At GreBotics, these questions guide research that brings biology and engineering into one system.
We plan mechanical design, electronics, automation and data together. Prototypes and field measurements test assumptions, with resource use, process stability, maintenance and operator needs built into the design.
Bring our areas of work, from compost technologies to resource efficiency, together around your project.
01We turn process data into usable information, combining sensor measurements, equipment status and batch records to develop monitoring, alarms and operator decision support.
Sensor integration · Process monitoring · AI-assisted control
02We preserve natural biological transformation while improving conditions for microorganisms. We assess temperature, moisture, oxygen and mixing in relation to bacterial life cycles, aiming for stable and repeatable processes.
Microbial life cycles · Aeration · Process stability
03We design material flows from reception and preparation to composting and output assessment, integrating shredding, transfer and enclosed chambers into systems suited to daily operations.
Organic waste processing · Resource recovery · Modular facilities
04We examine energy, water and material use at process level, identifying losses and assessing maintenance and operations together to develop practical engineering improvements.
Resource efficiency · Equipment development · Site integration
05We consider converting organic material into energy within our research roadmap. Feedstock assessment, preparation, feasibility and pilot studies help identify suitable technology options.
Research roadmap · Feasibility · Pilot studies
06We design solutions where the output of one process can become a resource for another, evaluating reuse, recovery and output quality as connected systems.
Material cycles · Reuse · Output assessmentOur product development and new facility concepts share one technology approach. Scope, validation and implementation are shaped around each project’s objectives.
Compost machines combining integrated shredding, biological process control and automation. Our focus is optimising conditions for bacteria while preserving natural transformation and fitting the operating workflow.
Explore the Work ↗
Joined enclosed chambers, individual ventilation and climate control, automation panels and a packing line. We are developing a flexible facility approach that uses chamber data to support process management.
Explore the Work ↗Learn and measure at every stage, using data to shape the next step. Plan the development journey together, from needs analysis to testing.
01Define the problem, current workflow, technical constraints and success measures together, clarifying the need the project will address.
02Explore technology options and biological processes, assessing assumptions through measurements and experiments to establish feasibility and development scope.
03Combine mechanical design, electronics and automation, using a working prototype to test feasibility and component integration.
04Measure performance using real material and pilot conditions. Refine the design with data and plan integration, commissioning and the next steps.
Turn waste management, resource efficiency or automation needs into development projects suited to your site.
Develop your idea through technical feasibility, design, prototyping and pilot validation.
Combine research expertise, engineering and field experience around shared project objectives.
Yes. Describe the problem, intended users and expected result. We can shape the technical scope together through research and feasibility work.
We can assess mechanical, control or process improvements by examining the existing system, performance needs and integration constraints.
No. Organic waste and biological processes are a strong starting point. We also assess sustainability, resource efficiency, automation and circular-system ideas against our technical capabilities and project requirements.
We assess research uncertainty, prototype scope, testing and site conditions. A project-specific plan follows once work packages, outputs and review points are defined.
An idea or a clearly described need is enough to start. Let’s assess your project in an initial discussion and identify suitable research and development steps.
You can start with a general project summary. We can agree the scope for detailed technical information in a follow-up discussion.