Projects
We do not sell promises: we deliver projects with measurable savings.
Turnkey efficiency programs for steam and condensate networks in refining, petrochemicals, and industry in general, with a focus on sustained technical and economic results.
Target indicators
Program objective
Reduce losses and stabilize the network with a technical approach
Compact program aimed at measurable savings, operational reliability, and criticality-based maintenance.
Methodology
Project phases with impact traceability
Assessment
We determine baseline and savings potential with maximum technical rigor.
Feasibility
We analyze all steam trap options, trap technologies, and cost-benefit scenarios to define the optimal solution.
Execution
Engineering, design, installation, testing, commissioning, and knowledge transfer to the plant team.
Intensive maintenance
Continuous follow-up and immediate preventive/corrective action to sustain savings over time.
References
Representative cases in real industry
Selection of projects with scope, technology used, and operational focus for quick reading by need type.
ILBOC
Cartagena
ISA100.11a(NB-IoT)
Objective:
Full deployment of intelligent steam traps and continuous monitoring of safety valves.
Scope: 904 steam traps and 26 PRV/ZV.
Continuous monitoringIntensive maintenance
Impact:
Steam savings, increased condensate recovery rate, improved reliability.
Industrial Automation Excellence Award by the ISA100 Organization
Repsol
Puertollano, Cartagena and Coruna
RS-485ISA100.11aLoRaWAN
Objective:
Large-scale deployment of intelligent steam traps across its 3 refineries with intensive maintenance implementation.
Scope: More than 10,000 monitored steam traps.
Continuous monitoringIntensive maintenance
Impact:
Energy savings, decarbonization, improved reliability, elimination of operational problems in the steam network, reduced maintenance costs.
Petronor
Muskiz
RS-485
Objective:
Deployment of intelligent steam traps in critical units (Sulfur, Asphalt, Vacuum, ...) to improve process control.
Scope: More than 4,000 monitored steam traps.
Continuous monitoringIntensive maintenance
Impact:
Energy savings, decarbonization, improved reliability, elimination of operational problems in the steam network, reduced maintenance costs.
Moeve
Huelva
RS-485LoRaWANIIoT
Objective:
Advanced control of steam and condensate networks, installation of intelligent steam traps with sustained efficiency results.
Scope: More than 2,500 monitored steam traps.
Failure analyticsContinuous monitoringIntensive maintenance
Impact:
Steam savings, increased condensate recovery rate, improved reliability.
ENERTIC Platform Award 2024 in the Sustainability category
Solvay
International program
LoRaWANIIoT
Objective:
Global monitoring program to drive advanced steam network control, decarbonization, and energy efficiency.
Scope: More than 10,000 monitored steam traps.
Global corporate platformCorporate reportingESG KPIs
Impact:
Energy savings, decarbonization, improved reliability, elimination of operational problems in the steam network, global visibility, and continuous improvement.
Saudi Aramco
Kuwait National Petroleum Company
International project
RS-485ISA100.11aLoRaWANNB-IoT
Objective:
Supply and installation of intelligent steam solutions in highly demanding, energy-efficiency-driven projects.
Scope: More than 10,000 monitored steam traps.
Continuous monitoringIntensive maintenance
Impact:
Energy savings, decarbonization, improved reliability, elimination of operational problems in the steam network, reduced maintenance costs.
Ancap
Uruguay
LTE (NB-IoT)
Objective:
ESCO project for the deployment of intelligent steam traps to reduce steam consumption and CO2 emissions at La Teja Refinery.
Scope: More than 1,600 monitored steam traps.
Global corporate platformCorporate reportingESG KPIs
Impact:
Energy savings, decarbonization, improved reliability, elimination of operational problems in the steam network, reduced maintenance costs.
Technical note
Why ultrasounds alone are not enough
Ultrasound detection can lead to incorrect interpretations in steam traps due to flash steam during condensate discharge.
In high-impact projects we combine continuous monitoring and maintenance methodology to separate false alarms from real leaks and prioritize interventions correctly.
Clients
Top-tier industrial references
Your project