Our Projects
Proven
Across Demanding Environments
Converting complex challenges into measurable industrial value across coastal, island, industrial, and high-integrity research environments.
PROJECTS
Engineering Experience
Engineering Projects Across Challenging Environments
Over the past two decades, Vapour Desal Technologies has delivered thermal desalination and engineered energy recovery systems across coastal, island, industrial, and high-integrity research environments.
Our installations range from decentralized solar desalination plants and island-scale freshwater systems to nuclear-facility integrations and flue-gas heat recovery projects within thermal power stations.
Each project reflects site-specific engineering, material durability requirements, and long-term operational reliability.
Engineering Portfolio
Project Experience Overview
- solar thermal desalination for coastal communities
- low-temperature desalination for island water security
- nuclear facility integration requiring high operational integrity
- waste heat recovery from power plant exhaust systems
- large-capacity desalination for industrial and mineral processing operations
This diversity enables us to engineer systems tailored to varied thermal sources, salinity conditions, and operating environments.
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Our Project Portfolio
Two decades of real-world project delivery across thermal desalination, engineering services, and waste-to-energy sectors.
| Project | Location | Capacity | Technology | Year |
|---|---|---|---|---|
| RAMDAS | Narippaiyur, Ramanathapuram | 144 m³/day | Solar MED-TVC | 2011 |
| NTPC Simhadri | Andhra Pradesh | 120 m³/day | Flue Gas LTF-MED | 2017 |
| Lakshadweep Islands | Lakshadweep (3 sites) | 3 × 150 m³/day | LTTD | 2018–24 |
| OSCOM IREL | Odisha | 2 × 250 m³/day | MED-TVC | 2020–23 |
| Project | Client | Type |
|---|---|---|
| Maya Recyclage | Maya Recyclage, Chittoor | Tyre Pyrolysis Modernisation |
| Project | Client | Scope |
|---|---|---|
| MED-TVC Engineering | BARC | 1000 m³/day MED-TVC Plant Engineering |
| Isolation HX | BARC | Isolation Heat Exchanger System |
Engineering Context
Proven in Demanding Environments
These installations were executed where reliability, material compatibility, and operational continuity are critical.
Systems were engineered to operate under:
- corrosive marine conditions
- remote island logistics constraints
- high-integrity research and nuclear facilities
- power plant waste heat recovery interfaces
- industrial process water requirements
Performance & Reliability Focus
Our systems are engineered for long service life, consistent output, and minimal operational complexity — supporting critical water and energy infrastructure where reliability is essential.
Complete Reference List
Desalination Plants Designed and Installed
| # | Client | Project | Capacity | Year |
|---|---|---|---|---|
| 1 | NIOT, Chennai | Low Temperature Flash (LTF) | 50 m³/day | 2006 |
| 2 | KGDS / DST | MED-TVC (RAMDAS Solar) | 144 m³/day | 2011 |
| 3 | BARC, Mumbai | MED-TVC (Nuclear) | 240 m³/day | 2015 |
| 4 | NTPC Simhadri | Flue Gas Heat Recovery MED | 120 m³/day | 2016 |
| 5 | DST / IIT Madras | Tiny Solar LTF-MED, Kanyakumari | 10 m³/day | 2018 |
| 6 | BARC, Mumbai | Engineering of MED-TVC | 1000 m³/day | 2019 |
| 7 | NIOT, Lakshadweep | LTTD (3 Islands) | 3 × 150 m³/day | 2018–24 |
| 8 | Acoustics India / IREL / BARC | MED-TVC (OSCOM) | 2 × 250 m³/day | 2020–23 |
Featured Engineering Projects
| # | Client | Project |
|---|---|---|
| 1 | BARC | Engineering of 1000 m³/day MED-TVC Plant |
| 2 | BARC | Engineering of Isolation Heat Exchanger System |
| 3 | Maya Recyclage | Engineering of Batch Tyre Pyrolysis Plant |
Waste-To-Energy Projects| # | Client | Project |
|---|---|---|
| 1 | NRG Fuels, UK | Layout Engineering of Plastic Pyrolysis Plant |
| 2 | Greenval Technologies, Spain | Residual Engineering of Tyre Pyrolysis Plant |
| 3 | Maya Recyclage, Chittoor | Execution of Advanced Batch Tyre Pyrolysis Plant |
Engineering Performance Proven in the Field
From island desalination to nuclear facility integrations and waste heat recovery — our projects demonstrate engineering reliability in demanding operating environments.