Environmental
Energy efficiency, carbon reduction, waste diversion, resource recovery and water conservation. All of it measured, none of it estimated.
Four workstreams, one programme
What we measure, change and verify
Each workstream stands on its own evidence and can be defended on its own business case. We start them together because the streams affect each other, and because a building only gets one disruption window.
A
Energy Efficiency
Consumption, maximum demand, tariff and power factor exposure.
BFood Waste Management
Weighed baselines, characterisation, segregation SOP and recovery.
CRainwater Harvesting
Catchment, filtration, storage and non-potable substitution.
DESG Data & Reporting
KPIs, verification and an evidence trail that survives a check.
Workstream A
Energy Efficiency
Usually the biggest and quickest opportunity in any building of size. The aim is to cut consumption and demand charges without anyone in the building noticing a drop in service, then prove the cut against a baseline you agreed beforehand.
What we establish first
- Consumption, cost and maximum demand on every supply account
- Interval load profile, showing when and where demand really peaks
- Meter hierarchy: main meters, sub-meters and what each one serves
- Power factor, tariff category and any penalty you are exposed to
- How tenants are recharged, and which meters that relies on
- Candidate conservation measures to test in the audit
What you get out of it
- A metered energy baseline for your building specifically
- A ranked list of conservation measures
- Maximum demand and tariff optimisation
- Savings verified against an agreed measurement basis
- Carbon reduction you can report under the E pillar
What we ask for: utility bills for every account going back 24 months,
half-hourly interval data as far back as you hold it, the supply account and meter
schedule, single line diagram and DB schedules, plant schedule, BMS access and the
event calendar.
Records
Bills, interval data and drawings reviewed before anyone attends site.
Baseline
Consumption, demand and cost established per account and per area served.
Audit
Physical energy audit, aimed at whatever the load profile flagged.
Measures
Conservation measures scoped, specified and ranked by value.
Verify
Savings after installation, measured against the agreed basis.
Workstream B
Food Waste Management
A running cost almost nobody measures at source. Food waste is heavy, wet and expensive to haul. In any venue with food and beverage tenants it is usually the single largest organic stream leaving the building.
What we establish first
- Food and beverage tenants, outlet types and how they operate
- Waste by weight, by source and by outlet over an agreed window
- Composition: pre-consumer, post-consumer and other organics
- Contamination from plastics, packaging and anything non-organic
- Current collection, handling, storage and disposal route, and what each costs
- A first look at diversion and recovery options
What you get out of it
- A food waste baseline for your site, not an industry assumption
- A tenant segregation SOP that can actually be enforced
- Recovery options matched to your real waste profile
- Less volume to dispose of, less handling, lower cost
- Waste diversion you can report under the E pillar
Site conditions matter. A bin centre that floods, sits beside a
watercourse or shares a loading bay with deliveries changes what recovery equipment can
realistically go there. We check that before recommending anything.
Map
Tenancy schedule, outlet types, floor locations and trading hours.
Measure
Weighed over a continuous window you agree, by source and by outlet.
Characterise
Composition and contamination assessed, so recovery options can be matched properly.
Segregate
An SOP written for your tenant mix, with enforcement designed in.
Recover
A diversion route chosen on the measured profile rather than on a brochure.
Source separation is not optional here: it is required under Act 672, and the 2024 amendment raised waste penalties sharply. See the rules and fines. Our waste characterisation protocol also draws on published research by a member of our own team. Read the papers.
Workstream C
Rainwater Harvesting
Most buildings buy treated potable water and then use a good share of it on jobs that never needed potable quality. Replacing that demand is one of the cleanest savings available, as long as somebody works out the yield properly first.
What we establish first
- Roof catchment areas and the downpipes serving them
- Filter type, rating and condition at each collection point
- Cold water reticulation, storage tanks and pump room
- Consumption and cost across every water account
- Which non-potable demand can realistically be switched over
What you get out of it
- Harvestable yield calculated on your actual catchment and local rainfall
- Substitution for irrigation, washdown and cooling make-up
- Less treated water bought, lower water bill
- Less storm water pushed off the building during heavy rain
- Water conservation you can report under the E pillar
What we ask for: roof drainage and downpipe layout, filter type,
rating and data sheets, water bills for 12 months across every account, cold water
reticulation and storage tank drawings, and where any existing rainwater or irrigation
tanks sit.
Catchment
Roof areas and downpipes measured against local rainfall data.
Filtration
Existing filter type, rating and condition checked at each point.
Storage
Tank arrangement, pump room and reticulation reviewed for reuse capacity.
Reuse
Non-potable demand matched to available yield and rerouted.
Measure
Substituted volume metered and reported against the water baseline.
Workstream D
ESG Data & Reporting
The three operational streams produce readings. This workstream turns them into indicators your board can govern and your disclosure can cite, with the working papers sitting behind every figure.
Social
Tenants and contractors brought into the programme, staff trained, and a cleaner, better run building for everyone who uses it.
Governance
Baseline data, defined KPIs, monthly reporting and staged decisions documented as they happen instead of reconstructed at year end.
SDG alignment
Where the four workstreams report against the global goals.
Reporting rules are moving towards assured, comparable data. What survives that check is a figure you can trace back to a record from the building. We design that traceability in from the very first reading. See where the Malaysian rules are heading.
Start with one, plan for four
Which stream is worth measuring first at your building?
Usually energy, because the records already exist and the exposure is largest. In food-led venues it is often waste. We will tell you which before you commit to anything.