Helping Companies Achieve Operational Excellence and Sustainability
At LogiRobotix, we empower businesses to reach operational excellence while embracing sustainability. Through our innovative automation and robotics solutions, we help companies streamline processes, increase efficiency, and reduce costs, all while minimizing their environmental impact.
We are experts in sustainable engineering.
At LogiRobotix, we’re at the forefront of sustainable engineering, combining innovation with eco-conscious solutions to create a greener future.
Our robotics and automation technologies are designed to optimize resource use, reduce energy consumption, and minimize waste, ensuring that engineering processes are not only efficient but also environmentally responsible. By integrating sustainability into every step of engineering, we help businesses achieve long-term operational excellence while making a positive impact on the planet.
At LogiRobotix, we harness the eco advantage of robotics and automation to help businesses achieve greater efficiency while reducing their environmental impact. Our cutting-edge technologies not only streamline operations but also contribute to energy conservation, waste reduction, and resource optimization. By integrating sustainable practices into every automation solution, we empower companies to reduce their carbon footprint, lower operational costs, and create a more eco-friendly future for generations to come.
Process Design and Optimization
At LogiRobotix, we’re at the forefront of sustainable engineering, combining innovation with eco-conscious solutions to create a greener future.
Energy Efficiency:
Design for Low Energy Consumption: Implement energy-efficient technologies such as LED lighting, automated HVAC systems, and energy-efficient equipment. Automation can optimize energy usage by turning off lights or adjusting temperatures in real-time based on occupancy or usage patterns.
Process Optimization: Automating the fine-tuning of industrial processes (e.g., adjusting boiler settings or compressor cycles) to minimize energy usage while maximizing output.
Smart Resource Allocation: Use automation systems that monitor and adjust the consumption of raw materials, water, and other resources in real time, based on actual demand and usage patterns.
Circular Economy Practices: Design processes that optimize reuse and recycling, reducing reliance on virgin materials and closing material loops. Automated inventory management systems can help track product lifecycles and support recycling efforts
Waste Tracking and Monitoring: Implement automated waste tracking systems that identify and categorize waste streams (e.g., plastic, paper, organic waste). Automation can help identify inefficiencies or bottlenecks that contribute to excessive waste generation.
Lean Manufacturing: Apply automation to lean manufacturing principles, reducing waste during production by optimizing workflows, minimizing overproduction, and decreasing unnecessary inventory.
Smart Waste Sorting: Use robotic automation for sorting recyclables, diverting materials from landfills to recycling facilities.
Carbon Footprint Monitoring and Reduction:
Real-Time Monitoring: Automated systems can continuously track carbon emissions, energy use, and environmental impacts, providing real-time feedback on how to improve sustainability efforts.
Optimized Transport Logistics: Automated routing and scheduling systems can optimize delivery routes, reducing fuel consumption and emissions from transportation.
Carbon Capture and Storage: Automated control systems can be applied to carbon capture technologies to improve efficiency and scalability in industries with high emissions, such as cement or steel production.
Water and Resource Conservation:
Automated Water Management Systems: Implement automated systems to control water usage in agricultural or industrial processes, ensuring that water is used efficiently and minimizing waste.
Closed-Loop Systems: Design processes that recapture and reuse water, reducing dependency on external sources and preventing contamination of local water supplies.
Our services include:
- Energy and water efficiency assessments/audits, ranging from a basic facility walkthrough to identify projects to a comprehensive deep dive into facility processes.
- Creation of a project roadmap to support achieving carbon neutrality objectives through energy efficiency projects.
- Energy-mass balances for specific systems or facilities.
- Water balances.
- Facility water chemistry and conditioning assessments.
- Compressed air leak and optimization audits.
- HVAC ductwork leak audits.
- Steam trap audits.
- Carbon neutrality audits.
- Studies on energy and water use tax credits.
- Third-party project measurement and validation.
Energy Use Efficiency and Management.
Heat Recovery Engineering
Our services include:
We offer evaluation, design, engineering, and turnkey project implementation for heat recovery projects within manufacturing operations.
With over two decades of experience in successful project implementation, our team of expert engineers specializes in capturing heat from ovens, furnaces, stacks, fryers, and compressors. We provide effective solutions that include:
- Supplying chilled water using absorption and adsorption chillers
- Flare capping with solutions that generate renewable energy and reduce CO2 and methane emissions
- Cooling and heating using air-to-air, air-to-water, and geothermal heat pumps
- Pre-heating utilizing economizers and heat exchangers
- Utilizing low-grade heat for drying applications
- Optimizing oven performance and productivity to reduce scope 1 emissions (natural gas usage)
- Generating electricity from high-grade and low-grade waste heat through Organic Rankine Cycle and/or steam turbine engines
- Identifying waste heat sources for heat recovery boiler implementation
- Increasing equipment efficiency in baking, moisture reduction, heating, cooking, cooling, steam use, and temperature control.
Assessments and audits
Sustainability consulting
Automation and Control
Process Automation
Heat recovery
Mechanical and electrical engineering
Water use efficiency
Energy use efficiency
Project Management
Optimization of Chemical Usage in Water Treatment
Always achieving exceptional results
At LogiRobotix, we specialize in Operational Excellence Consulting, helping businesses optimize their processes, improve efficiency, and achieve sustainable growth. Through a combination of advanced robotics, automation, and data-driven strategies, we work closely with organizations to identify inefficiencies, streamline workflows, and implement cutting-edge solutions that deliver measurable results.
Our consulting services focus on:
Process Optimization: We help companies refine their operations, eliminating bottlenecks and enhancing overall productivity.
Cost Reduction: By integrating automation, we reduce operational costs, improve resource allocation, and minimize waste.
Quality Control: We ensure consistency and precision, improving product quality while reducing errors.
Agility & Scalability: We enable businesses to scale operations quickly and efficiently, adapting to changing market demands.
Sustainability: We integrate eco-friendly practices into operations, helping companies reduce their environmental footprint.
12+
Years of experience
500
Accomplished projects
15
Team-members
1450+
Customer reviews
Sustainability Report
The sustainability report is a document that can be prepared either by adopting the new ESRS standards developed by EFRAG in case the company falls under the obligation according to the new CSRD regulation (Directive No. 2022/2464), or by adopting, for example, the guidelines of the GRI 2021 standard in case the report is prepared on a voluntary basis.
Our consulting service
In case you choose to draft the document on a voluntary basis, the first step is to analyze the organization's sustainability context and map stakeholders. Within the sustainability context analysis, potential and actual impacts related to the activity from the company are also identified.
The second stage i.e., materiality analysis allows for the identification of material issues i.e., the most significant sustainability issues for the company; these issues are identified from the sustainability context and from the most significant sustainability impacts.
The third stage involves defining the indicators and kpi to be collected, and the fourth stage on the basis of the data and information collected involves drafting the report.
Important as an output of drafting a budget is the definition of the company's sustainability strategy and goals.
Life Cycle Assessment
Customized business consulting services aimed at public and private sector organizations in the area of product life cycle analysis Life Cycle Assessment.
What LCA Consulting Services Would Include:
A. LCA Methodology Development & Customization: Consultants would tailor LCA methodologies to fit the specific needs of the organization. This could include adapting standard LCA frameworks (ISO 14040/44) to match the product categories or services that an organization offers, ensuring that they capture the relevant data.
B. Product Design & Improvement: Consulting services would guide organizations in redesigning products or services for sustainability. Consultants can analyze raw material sourcing, energy usage, waste, and end-of-life disposal to optimize the design for reduced environmental impact.
C. Data Collection & Analysis: Specialists would gather and analyze data at various stages of the product lifecycle—from raw material extraction to manufacturing, distribution, use, and end-of-life. This step often includes identifying hotspots where the most significant environmental impacts occur and offering strategies to reduce them.
D. Impact Assessment & Reporting: Consultants provide clear, actionable reports based on LCA, showing the environmental, social, and economic impacts of products. Reports are customized for different stakeholders (executives, investors, regulators) to support decisions on sustainability improvements, compliance, and marketing.
E. Regulatory Compliance & Certification Support: LCA consultants can help businesses meet regulatory requirements related to environmental impact and sustainability goals, ensuring adherence to relevant laws, standards, and certifications like ISO 14001 or eco-label certifications.
F. Supply Chain Sustainability: Consulting services would include evaluating the sustainability of supply chains through LCA, identifying sustainable suppliers, and reducing overall supply chain impacts. Consultants could also help organizations engage with suppliers on sustainable practices.
How the Digital Twin can be part of sustainable manufacturing
Digital Twin technology can play a crucial role in sustainable manufacturing by optimizing production processes, reducing waste, enhancing energy efficiency, and improving overall resource management.
By integrating digital twins into sustainable manufacturing practices, companies can not only improve their operational efficiency but also significantly reduce their environmental footprint. From energy management and waste reduction to supporting circular economy principles, digital twins provide the tools for smarter, greener manufacturing. Through better design, maintenance, and process optimization, manufacturers can meet sustainability targets while enhancing productivity and profitability.
How we work
Step 1
You book our service via the contact e-mail on this page
Step 2
Our manager contacts you by phone within a day
Step 3
Our team will arrive in the next three days to support your needs.