SaaS Development Company in Houston

Energy / Health, Safety & Environment

A Houston-based energy company ($8.4 billion annual revenue, operating 12 refineries, 4 chemical plants, and 2,800 miles of pipeline across the Gulf Coast) was managing health, safety, and environment using a combination of paper forms, spreadsheets, and a 15-year-old on-premise system. Problems: incident reporting delays (safety incidents were reported on paper forms that took 2-5 days to reach the central HSE team — by which time the investigation opportunity had degraded), compliance risk (OSHA PSM requires documented management of change, process hazard analysis, and mechanical integrity programmes — the fragmented systems couldn't demonstrate compliance in a regulatory audit without weeks of preparation), leading indicator blindness (the company tracked lagging indicators like injury rates and spill volumes but couldn't track leading indicators — near-miss frequency, safety observation rates, and training compliance — which predict future incidents), and environmental reporting burden (monthly and quarterly environmental reports to TCEQ and EPA required manual data compilation from multiple sources — consuming 3 FTEs' time and creating error risk where environmental compliance is zero-tolerance). A regulatory near-miss (OSHA found documentation gaps during an inspection that resulted in a warning letter) prompted urgent modernisation.

We built an HSE management SaaS platform with mobile incident reporting, predictive safety analytics, compliance automation, and environmental monitoring integration. (1) Mobile incident and near-miss reporting: eliminating paper and delays. Mobile app: field workers report incidents, near-misses, and safety observations from their smartphone — selecting incident type, location (GPS-tagged), severity, and attaching photos. Voice-to-text: in environments where typing is impractical (wearing gloves, hazardous area), workers describe the incident verbally and the app transcribes to text. Immediate routing: reports are instantly routed to the appropriate HSE manager, plant manager, and investigation team — with escalation for serious incidents. Investigation workflow: the platform manages the investigation process — root cause analysis (using the "5 Whys" and bow-tie analysis methodologies), corrective action assignment, and follow-up tracking until closure. Anonymised reporting: a confidential reporting channel for safety concerns that workers may be reluctant to report through normal channels — routing to the HSE director without identifying the reporter. (2) Predictive safety analytics: moving from lagging to leading indicators. Leading indicator dashboard: tracking near-miss frequency, safety observation rate, training completion rate, overdue inspections, and management of change backlog — the metrics that predict future incidents. Predictive model: AI that correlates leading indicators with historical incident data to predict facilities at elevated risk. The model identifies: facilities where near-miss reporting has dropped (a counterintuitive warning sign — declining reporting often means workers have stopped reporting, not that safety has improved), facilities with training compliance below threshold, and facilities where maintenance backlogs are growing. Trend analysis: visualising safety performance trends across all 18 facilities — identifying patterns that human analysis would miss. "Refinery X's hand injury rate increases 40% in Q1 every year — likely related to cold weather and reduced dexterity." Benchmark comparison: comparing safety metrics across facilities, normalised for size and activity type — identifying best-performing and under-performing facilities for targeted intervention. (3) Compliance automation: demonstrating regulatory compliance continuously. PSM documentation: digital management of all 14 PSM elements — process hazard analysis records, operating procedures, mechanical integrity records, and management of change logs — all in a single auditable system. Inspection-ready: at any time, the platform can generate a complete compliance package for a specific facility — all required documentation, organised by PSM element, with evidence of currency and completeness. Management of change: when any process change is proposed (equipment modification, procedure change, or chemical substitution), the platform triggers a structured MOC workflow — hazard review, approval chain, implementation tracking, and pre-startup safety review. Permit tracking: managing environmental and operating permits across 18 facilities — with expiration alerts, renewal workflows, and compliance condition tracking. (4) Environmental monitoring: real-time environmental compliance. Emissions monitoring: integration with continuous emissions monitoring systems (CEMS) at refineries and chemical plants — real-time data on SO2, NOx, VOC, and particulate emissions displayed against permit limits. Exceedance alerts: when any monitored parameter approaches its permit limit, the platform alerts environmental managers with sufficient lead time to take corrective action before a violation occurs. Automated reporting: monthly and quarterly environmental reports to TCEQ and EPA generated automatically from monitored data — replacing the manual compilation that consumed 3 FTEs. Spill tracking: any material release (however small) is reported through the mobile app, with regulatory notification requirements automatically determined based on the material, quantity, and location.

Safety performance: Total Recordable Incident Rate (TRIR) decreased 34% in the first 12 months — from 1.8 to 1.19 incidents per 200,000 work hours. The improvement was driven by leading indicator management — near-miss reporting increased 280% (from the mobile app making reporting easy), enabling corrective action before incidents occurred. Near-miss reporting: 280% increase in near-miss reports. The mobile app eliminated the friction of paper reporting — workers report near-misses in under 60 seconds. More importantly, the anonymised reporting channel captured 340 safety concerns in year one that would not have been reported through normal channels. Incident investigation: average time from incident to investigation initiation decreased from 3.2 days to 4 hours. The immediate mobile reporting and automatic routing eliminated the paper delay. Investigations are more thorough because evidence (photos, witness statements) is captured immediately. Regulatory compliance: zero OSHA citations in the year following deployment (from 3 citations in the prior year). The PSM documentation system enabled the company to respond to an OSHA inspection in 2 hours (generating the complete compliance package) vs. the previous 3-week preparation. Environmental compliance: zero environmental exceedances in the year following deployment (from 4 in the prior year). The real-time emissions monitoring and pre-exceedance alerts gave environmental managers time to intervene. TCEQ reporting: automated, eliminating 3 FTEs of manual effort ($360,000 annual savings). Predictive analytics: the predictive model correctly identified 7 of 8 facilities that subsequently had incidents in their risk-elevated periods — enabling proactive intervention. The model identified the Q1 hand injury pattern, leading to a cold-weather dexterity programme that reduced Q1 hand injuries by 60%. Cost impact: safety-related costs (incident investigation, regulatory fines, workers' compensation, and lost production) decreased $14.2 million in the first year. The ROI was immediate and measurable — the energy industry measures safety in both human and financial terms. Development investment: $460,000 over 18 weeks.