Energy · Fossil Power
Fossil-fuel power — more efficiency, less waste, cleaner water.
Glorinda provides engineering and upgrades for turbine- and engine-based power plants, cutting the waste of non-renewable resources — and handles the water side end to end, from demineralised water to FGD wastewater.
Overview
Fossil-fuel power — more efficiency, less waste, cleaner water.
Glorinda offers a full range of engineering, procurement and upgrades for turbine- and engine-based systems, plus waste-heat recovery via HRSG. Our goal is to eliminate the waste of valuable non-renewable resources and improve efficiency across the plant.
A modern power plant is also a water plant. We deliver boiler feed water treatment, demineralised water production, condensate polishing, cooling-tower blowdown recovery, FGD wastewater treatment and ash-handling wastewater treatment — keeping the steam cycle healthy and the site compliant.
Typical applications
Where it fits
- Turbine & engine plant upgrades
- Heat-recovery steam generators (HRSG)
- Boiler feed & demineralised water
- Condensate polishing
- Cooling-tower blowdown recovery
- FGD & ash-handling wastewater
- Combined-cycle efficiency
- ZLD for thermal plants
Common challenges
- Ageing plant with poor efficiency
- Scaling and corrosion from poor water quality
- Complex FGD and ash-handling wastewater
- Water-intensive cooling and steam cycles
Glorinda’s answer
- Efficiency upgrades for turbines and engines
- HRSG and waste-heat recovery
- Demineralised water, condensate polishing
- FGD wastewater and ZLD for restricted discharge
Our approach
Efficiency is usually a water problem in disguise
When an operating thermal plant loses efficiency, the diagnosis is frequently written up as a mechanical issue when the root cause is water. Hardness and silica scale boiler tubes and cut heat transfer. Poor condensate quality carries metallic impurities back into the cycle. Cooling-water fouling degrades condenser performance and forces the whole plant to burn more fuel for the same output.
Glorinda therefore treats a fossil-plant upgrade as two linked scopes. On the mechanical side we engineer and upgrade turbine- and engine-based systems and add heat-recovery steam generation to capture energy that is currently going up the stack. On the water side we deliver demineralised water production, boiler feed water treatment, condensate polishing and cooling-tower blowdown recovery.
Two effluent streams deserve specific attention because conventional treatment does not handle them. FGD wastewater carries sulfate, chloride, heavy metals and high TDS from the desulfurization scrubber. Ash-handling water carries high suspended solids and inorganic contaminants. Both need advanced treatment, and where discharge is restricted or the site is water-stressed, both are candidates for ZLD.
- 01
Feasibility
Technical and commercial feasibility, technology evaluation and cost/profitability analysis before capital is committed.
- 02
Engineering
Conceptual, basic and detailed engineering, process packages and specification of the equipment that will actually be bought.
- 03
Delivery
EPC or EPCM delivery, or an Owner’s Engineer role protecting your interest through a contractor’s execution.
- 04
Commissioning
Installation supervision, testing, start-up and the training that lets your team run the plant.
- 05
Support
Operation, troubleshooting, process optimisation, maintenance and spare parts for the life of the asset.
FAQ
Good to know
Do you build new fossil plants or upgrade existing ones?
Both engineering and upgrades. We improve turbine- and engine-based systems for efficiency and add heat recovery, acting as EPC/EPCM contractor or Owner’s Engineer rather than self-performing civil construction.
Can you handle FGD and ash-handling wastewater?
Yes. These complex streams — high in sulfate, chloride, heavy metals and TDS — are treated with advanced treatment and, where discharge is restricted, ZLD.
What water quality can you produce for the steam cycle?
Demineralised and ultrapure water via RO, ion exchange, mixed bed and EDI, with condensate polishing to protect turbine and boiler.
Improve your plant’s efficiency and water.
Tell us your plant configuration and water challenges and we will propose upgrades and a water strategy.