Intelex delivers a unified software system for overseeing Environmental, Health, Safety, and Quality (EHSQ) initiatives. Its expandable platform is crafted to consolidate, oversee, and scrutinize EHS and Quality data comprehensively. The solution works on any device to meet the realities of your workplace.
With Intelex, your organization can:
Elevate your EHSQ program outcomes by supervising workflows for superior performance and command.
Discern patterns and propensities through goal-setting to deepen understanding and improve decision-making in your EHSQ program.
Diminish occurrences and cut down on administrative tasks by efficiently supervising, managing, refining, and extracting insights from your safety data via our intuitive safety software.
Simplify the management and reporting of air, water, and waste emissions, and oversee environmental outputs to fulfill sustainability objectives.
Foster ongoing improvements in quality by seamlessly logging and monitoring all instances of nonconformity within a unified, web-based system. Investigate trends across various departments, sites, or locations.
Intelex can help you manage compliance with international standards and regulations such as: OSHA, WCB, ISO 45001, EPA, ISO
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InEight is integrated project controls software for capital construction, built as a modular platform where cost, schedule, contracts, and project information share one connected foundation. Organizations implement flexibly and scale from a single complex project to a billion-dollar capital portfolio. Purpose-built applications cover every project phase, and because the products are connected, field data updates budgets, forecasts, and schedules in real time, so every team works from the same numbers. Advanced analytics turn live project data into smarter decisions. Customers in 60+ countries run more than $1 trillion in projects on the platform, across industries including mining, nuclear, power and renewables, transportation, water, and oil, gas, and chemical. Teams use InEight to standardize best practices, manage budgets and forecasts, control scope changes, and modernize how capital projects get delivered.
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OpenFlows SewerCAD
What dimensions and depth should the pipe possess to adequately serve our clientele? Are we equipped with sufficient capacity to meet customer demands? OpenFlows SewerCAD is designed to address these common challenges in the field. This software is particularly beneficial for the design and rehabilitation of sanitary sewer systems, enabling you to allocate your capital improvement funds efficiently through its robust modeling capabilities, which facilitate the effective creation and management of sewer models. With automated design and rehabilitation features, SewerCAD allows for confident recommendations on the most economical pipe sizes and invert elevations, all while adhering to design constraints through its constraint-based design for gravity pipes and sanitary sewer structures. Additionally, OpenFlows SewerCAD enhances decision-making processes, as it allows for the evaluation of various engineering scenarios through its what-if scenario management tool, ensuring that every aspect of your sanitary sewer system is thoroughly considered. Ultimately, this comprehensive approach aids in optimizing the performance and sustainability of sewer systems.
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OpenFlows CivilStorm
OpenFlows CivilStorm is an advanced software tool designed for the thorough modeling and analysis of stormwater systems. Modeling these systems can be intricate due to various factors such as flow backups, pipe surcharges, and other complexities. This software addresses all facets of stormwater management, allowing users to identify bottlenecks in the system, enhance capacity, and mitigate flooding occurrences to ensure compliance with regulatory standards. By utilizing optimized network designs and comprehensive master plans, users can reduce their capital expenditures on infrastructure improvements. OpenFlows CivilStorm effectively analyzes a wide range of stormwater system components, including rainfall, runoff, inlet capture, bypass mechanisms, as well as gravity and pressure piping structures. Users can also model ponds, outlet structures, open channels, and culverts, providing a full spectrum of stormwater modeling capabilities. Furthermore, it allows for the assessment of both pressure and free-surface flow conditions across complex networks, enabling the design of sophisticated pond outlets under varying tailwater scenarios. It also supports the integration of weirs, orifices, culverts, risers, and inlet boxes into system designs, making it a versatile choice for stormwater management professionals. Thus, OpenFlows CivilStorm stands as an essential tool for those seeking to optimize their stormwater systems efficiently.
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