Deliver trackable, verifiable, and repeatable savings across your entire SEM portfolio with a sequenced methodology.
When it comes to identifying energy waste at commercial and industrial facilities, the hardest piece is building the onsite training tools needed to capture it consistently, quantify the savings, and keeps its momentum after the initial engagement ends.
The 7 Quick Wins is a solution that has been refined across hundreds of facilities. It gives program implementers a powerful training rubric that turns one-off findings into a repeatable, scalable practice for keeping facilities running at peak efficiency. Let’s take a quick look at how each one operates.
The highest-ROI entry point for any new program engagement is often the simplest.
Idle equipment is one of the top energy savings opportunities in any industrial facility. Repeat offenders: conveyors running between shifts, fans cycling in unoccupied spaces, dust collection systems running through weekend shutdowns with no production load. In one food manufacturing engagement, we found 50 HP of vacuum systems running every down day, every holiday, all year long. One SOP change, some floor-level accountability, $70,000/yr recovered. Zero capital.
These “Turn it Off” opportunities are fast to implement, straightforward to baseline, and useful for building early program credibility with facility management. They also function as a diagnostic: once a facility starts systematically shutting down idle loads, upstream dysfunction becomes more visible.
Gazebo Hot Tip: Establish a pre-engagement baseline using an EMIS before implementation begins, giving your team a defensible starting point for savings attribution.
“Tune it up” means closing the gap between how your equipment was designed to run and how it’s actually running. That includes strong maintenance practices like calibrating sensors, replacing clogged filters, and reviewing setpoints, as well as identifying and resolving normalized workarounds: temporary fixes that became permanent.
For instance, a component fails, the operations team builds a workaround to keep the line running, and six months later nobody remembers it’s a workaround. These hidden variables represent unrealized savings embedded in the facility’s baseline, invisible without a systematic review process.
At a high-tech electronics campus, we found a 395 HP low-pressure compressor that had been offline for over a year. The workaround was continuous high-to-low pressure air bleed, costing $96,000/yr. The compressor had been offline long enough that the bleed was simply accepted as normal system behavior.
Repairing it recovered the $96K and, critically, restored the system to its designed operating pressure, establishing a clean baseline.
Gazebo Hot Tip: Workarounds are invisible until someone documents them. EMIS platforms like Gazebo make the repair process trackable from discovery to verification, so your team can demonstrate both the corrective action and its energy impact.
Leak programs are among the most reproducible elements in an energy management toolkit and among the most defensible for M&V purposes.
Compressed air is the highest-priority place to start. It’s one of the most inefficient energy forms to produce, so any air that escapes before reaching its end use is pure waste. Steam leaks are another common culprit, often costing around $1,000 per year each. Other common leaks include water leaks, hydraulic fluid leaks, and air losses through HVAC ductwork. Not every leak demands equal urgency: quantify the larger losses first, then start with what’s fastest to fix.
Gazebo Hot Tip: Schedule recurring leak surveys and track completion cadence over time, creating the documented program rhythm that makes them a habit rather than a one-off.
“Meet the Load Efficiently” means verifying that every energy-consuming task is being accomplished at the minimum viable input. The core diagnostic questions: Is the equipment appropriately sized for actual load? Are controls calibrated to current demand, or are they executing a commissioning-era setpoint that no longer reflects facility operations?
In a dairy processing facility, we found refrigeration suction group setpoints that had been set during commissioning and never revisited. Industry benchmarks confirm compressor efficiency improves approximately 2% per 1°F increase in suction temperature. Three setpoint adjustments in a single site visit amounted to $493,000/yr, with zero CapEx.
Equipment sizing is an equally effective lever. A food manufacturing client was running a 335 HP refrigeration compressor against a 50 HP load. Right-sizing recovered $89,000/yr and resolved a years-long capacity constraint the facility hadn’t connected to the oversized compressor. Findings at this depth require the longitudinal visibility a structured program provides and won’t surface during spot audits, making the next step crucial for maintaining persistent savings.
Gazebo Hot Tip: Document setpoint changes as project actions, capturing “before” and “after” values alongside the equipment and system context.
Many facilities operate on decisions made by engineers who are no longer there. Setpoints, SOPs, and equipment schedules calcify into unexamined status quo. Programs structured around continuous retro-commissioning consistently outperform those that don’t build assumption review into their cadence. Optimal setpoints change as production volumes, product mix, and equipment age evolve.
Two examples from the field: A wastewater facility had a dissolved oxygen setpoint of 1.8 mg/L simply because nobody had reviewed it. Reducing it to 1.5 mg/L with staged monitoring saved $48,000/yr. At a meat and poultry facility, electric resistance heaters had been substituting for a failed heat loop system and the workaround had become so normalized it dropped off the maintenance register entirely. Restoring the heat loop resulted in $79,120/yr recovered.
Build assumption review into your standard site engagement checklist. Savings are in the baseline, and questioning assumptions puts them in better relief.
Gazebo Hot Tip: Create action items tied to specific equipment or systems, with notes capturing what was reviewed, what was found, and what was changed.
Over-processing, rework, and scrap are energy inefficiency problems as much as they are quality problems. Every reprocessing cycle re-spends air, energy, refrigeration, and labor. When one facility’s maintenance technician reduced a compressor setpoint after an energy training, the change saved 10 kW and was on track to deliver $236,000 in lifetime savings. After his departure however, the setpoint drifted back, netting only $4,400 in realized savings.
The diagnostic pattern is that quality failures and energy overruns often share a single root cause, that is a process operating outside its validated parameter envelope. Programs that expose this connection deliver improvements to both energy intensity and overall equipment effectiveness (OEE) metrics, strengthening the business case for continued program investment. Finely tuned equipment cannot reach peak efficiency without an efficient and informed process-level mindset day-to-day.
Gazebo Hot Tip: Connect process improvement projects to energy outcomes, so the energy savings from quality-driven changes are tracked alongside your program’s core M&V results.
Without structured habit infrastructure, gains erode predictably: setpoints drift back and workarounds re-emerge. Research from Lawrence Berkeley National Laboratory and ACEEE confirms that SEM programs deliver sustained savings of 10% or more, but persistence is largely a function of program design, not facility goodwill.
Defined SOPs, accountability structures, and employee engagement programs are well-documented mechanisms that make efficient behavior the path of least resistance. At a beverage facility, a structured “Turn It Off” campaign including pre-shift reminders, updated procedures, and small internal incentives delivered $140,000/yr in verified savings with no capital expenditure. The savings came from consistent culture-building, not from finding new opportunities.
Leak programs are the clearest illustration of the project-vs.-practice distinction. A single leak walk is a solo intervention. A program with scheduled survey cadence, employee tagging protocols, and repair tracking is a persistent savings mechanism. The difference shows in your M&V results.
Gazebo Hot Tip: Habit infrastructure is a main function of what an EMIS provides. Use the scheduling, documentation, and reporting tools in concert to keep everything accountable and in one place.
The 7 Quick Wins are all useful for capturing energy waste, but entry points vary by facility. Some sites have robust shutdown protocols but have never conducted a systematic setpoint review. Others have clean, well-maintained systems with no habit infrastructure to sustain them. Persistent savings require working through all seven with a program management platform that makes progression trackable at scale.
Already using Gazebo? The 7 Quick Wins map directly to the platform’s project categorization and M&V workflows. Use this framework to structure your next site engagement, track progress through each step, and build the reporting output your utility or corporate stakeholders need.
Evaluating Gazebo for your program? Request a demo to see how the platform supports systematic implementation of the 7 Quick Wins across a multi-facility portfolio with the baseline management, project tracking, and savings verification tools your delivery team needs.
The 7 Quick Wins framework is built from real industrial project data across hundreds of facility engagements. Results referenced reflect documented savings from completed projects.
