At Renexus, we are advancing a sustainable future, driving digital transformation through our software, and putting sustainability at the center of our business
At Renexus, sustainability has never been higher on the agenda. We are taking actions to embed sustainability into our operations, our culture, and our core business strategy. We are committed to leading on sustainable innovation and to working in partnership with others to make a more just, net-zero world a reality for the next generation. We manage sustainability through the lens of our technology handprint, operational footprint, and inclusive culture.
Inspiring our customers to transform the environmental and social impacts of their business through our secure software
Exemplifying ethical business practices and environmental stewardship across our value chain
Enabling a culture of inclusion, wellbeing and opportunity for our people and communities
Because our commitment to a sustainable future is a holistic one, we are taking a top-down approach to sustainability commitments. We’ve made some changes to our governance model.
Responsibility for ESG begins with our Board of Directors and cascades to our executive leadership and across to various business functions and teams.
Renexus is committed to achieving net zero carbon emissions by 2050 and building momentum around the shift to a decarbonized economy ahead of COP26
Renexus has committed to set science-based emissions reduction targets across all scopes, in line with 1.5°C emissions scenarios and the criteria and recommendations of the Science Based Targets initiative
Renexus recognizes we are in a critical year for climate action, and as part of our 2030 Agenda we have pledged to achieve net zero emissions across our operations by 2030
Industrial sustainability is achievable through the interplay of software with automation and energy optimization. Put together, the three elements of this sustainability triad delver positive outcomes that are greater than the surn of each part.
Automation unlocks production and sustainability by optimizing process, energy and resource use, cutting operating costs, and liberating workforces from avoidable safety issues. Automation that powers remote operations proved highly effective in overcoming recent pandemic challenges. Automation saves time and money while developing new skills.
Software and digitization can provide data-driven insights so that industrial operations run efficient processes with digital transparency and unified control that can unlock smart scheduling and visualization. Deeper analytics optimize assets while real-time data management ensures resilient industrial ecosystems and digitized traceability that supports circularity.
Energy optimization can propel industrial decarbonization at scale. Increased electrification and other fuel-switching strategies, alongside the convergence of power and process energy, can rapidly reduce industrial waste. Recycling also promises to lower energy demand. Smart and green electricity with renewables and storage can alter how we power machines, processes and plants and tackle resource use across industrial value chains.
Impact for a
$100M capital project
Increase in
sales value of production
Increase in
equipment utilization
Manufacturing
cost reduction
GLOBAL STANDARDS ESSENTIAL REFERENCES
Sustainable Cities and Communities – Indicators for Smart Cities
Sustainable Cities and Communities – Indicators for City Services and Quality of Life
Security and Resilience – Emergency Management – Guidelines for Incident Management and Response Mechanism
30-44 Core
Indicators
45-59 Indicators
45 Core+
0-14 Supporting
60-74 Indicators
45 Core+
15-29 Supporting
75-89 Indicators
45 Core+
30-44 Supporting
90-104 Indicators
45 Core+
45-49 Supporting
ISO/IEC
218223-1:2019
ISO/IEC
20000-1:2011
ISO/IEC
27001-1:2013
ISO
9001:2015
ISO
22301
ISO
2993
17 GOALS TO TRANSFORM OUR WORLD
FUTURE WORK 5.0