Energy & Environment
From waste-heat-to-clean-power to carbon capture, and from water treatment to national air-quality monitoring — Solent raises industrial efficiency and secures regulatory compliance across the whole environmental value chain.
- 4 environmental technologies
- Waste heat → clean power
- Single-unit flue-gas capture
- National air-quality monitoring
62 AQI
PM2.5 limit breach · Region 4 · 06:12 · dispatch notified
Why Solent for energy & environment
Efficiency from waste
Turn industrial and geothermal waste heat into clean electricity with the Organic Rankine Cycle.
Capture at the source
Treat SOx, NOx, COx, PM, and VOC pollutants in a single unit, with a zero-waste output.
Compliance built in
24/7 continuous measurement and online tracking of flue-gas emissions and water quality.
National visibility
Combine industrial emissions and ambient air quality on one platform with GIS maps and early warning.
ORC Waste-Heat Recovery Modules
Turn industrial and geothermal waste heat into clean electricity.
These modular "Efficiency Pack" units convert industrial waste heat and geothermal heat into clean electricity through the Organic Rankine Cycle (ORC). The electricity generated can be used on-site or sold to the grid.
- Compact, easy-to-install modules in three sizes: eP 100, eP 200, and eP 1000.
- Standard components keep cost low and maintenance minimal.
- 7+ million operating hours and 240+ international patents.
- 170,000+ tons of CO2 saved, with wide industrial application including glass and ceramics.
Delivered in partnership with Orcan Energy
eP 100
Compact module sized for smaller waste-heat streams — easy to install, minimal maintenance.
eP 200
Mid-range module for standard industrial and geothermal waste-heat recovery.
eP 1000
High-capacity module for large-scale industrial plants and geothermal fields.
Carbon Capture & Flue-Gas Treatment
One patented unit for SOx, NOx, COx, PM, and VOC — with zero waste.
This patented clean technology treats SOx, NOx, COx, PM, and VOC pollutants in a single unit for fossil-fuel industrial plants and power stations. Its "earth-to-earth" zero-waste approach turns the process output into liquid-fertilizer feedstock rather than waste.
- Single-unit treatment of SOx, NOx, COx, PM, and VOC pollutants.
- Patented wet filter: up to 99% capture of sulfur compounds and up to 70% of carbon compounds.
- Zero-waste "earth-to-earth" approach — process output is used as liquid-fertilizer feedstock.
- Cyclone and bag-filter analysis, design, and manufacturing.
- TÜBİTAK-supported R&D and patent registration.
Delivered in partnership with Süvari Enerji
Water Treatment & Environmental Engineering
Engineering, design, installation, and commissioning for clean production.
Süvari Enerji provides engineering, design, installation, and commissioning of water-treatment plants and emission-control systems, giving industrial operators clean production and regulatory compliance.
- Treatment technologies: SBR, reverse osmosis (RO), ultrafiltration (UF), EDI, UV, softening, and filtration.
- 24/7 continuous measurement and online tracking of both flue-gas emissions and water quality.
- Instant alarm and reporting infrastructure.
National Air Quality Monitoring Platform
Industrial emissions and ambient air quality, on one platform, at national scale.
This platform combines industrial emission data with ambient air-quality (imission) data in a single digital system. Certified sensors and IoT infrastructure feed real-time cartographic visualization and early warning for public administration, ending fragmented, intermittent environmental oversight. Seven integrated modules — Main Dashboard, Real-Time Cartographic Monitoring, Emission Monitoring, Imission Monitoring, Alert & Early Warning, Reporting & Digital Environmental Audit, and Analytics & Causality Analysis — run as a single system, available as an as-a-service model.
- Central dashboard for national and regional Air Quality Index (AQI) and key-pollutant tracking.
- GIS-based real-time map: wind-direction animation, PM10/PM2.5 heat maps.
- Layered display of emission sources, ambient stations, and mobile sensors on one map.
- Automatic alarms, notifications, and event logging on limit breach.
- Regulatory-compliance reporting and decision support for incentive and sanction processes.
PM sensors
PM2.5 / PM10 particulate detection via laser-optic sensing.
Gas sensors
NO2, SO2, CO, O3, CO2 via NDIR and electrochemical sensing.
Meteorology
Temperature, humidity, pressure, and wind measured at every station.
Fixed station
IP65–IP66, −20/+55 °C operating range, with LTE/4G, Ethernet, and LoRaWAN over MQTT/HTTPS/REST.
Solar field module
Grid-independent power for stations sited away from infrastructure.
As-a-service model
No upfront hardware investment — deploy monitoring coverage as a subscribed service.
Platform figures
ORC operating hours
International patents
Tons of CO2 saved
Sulfur-compound capture (up to)
