- Engineering Solutions
Industrial Engineering Solutions for Material Flow and Energy Recovery
- Two Core Engineering Verticals
SaveEco’s solutions portfolio is structured around two high-impact industrial disciplines — bulk material conveying and thermal energy recovery. Each vertical is engineered to improve plant efficiency, reduce operational losses, and support regulatory compliance across India’s manufacturing and processing sectors.
Dense phase and lean phase conveying for bulk material transfer, multi-modal unloading integration, and centralised vacuum cleaning systems for industrial plant housekeeping.
High-temperature exhaust gas recovery systems generating hot water, steam, or thermal oil for reuse in plant processes — reducing fuel consumption and carbon footprint.
- Saveeco Flow
Pneumatic Conveying Solutions
- About SaveEco Flow
Complete pneumatic conveying systems for in-plant bulk material transfer.
SaveEco engineers complete pneumatic conveying systems for in-plant bulk material transfer across a wide range of industries — cement, chemicals, food processing, steel, and power generation. Our systems integrate dense phase and lean phase conveying technologies with multi-modal unloading infrastructure and centralised housekeeping, delivering end-to-end material flow solutions.
As the exclusive India partner of STAG AG, Switzerland, SaveEco brings field-proven dense phase conveying technology to Indian EPC projects — enabling low-velocity, low-wear transfer of abrasive, fragile, and high-temperature bulk materials across long conveying distances.
Explore Pneumatic Conveying Solutions
SaveEco engineers complete pneumatic conveying systems — from multi-modal bulk material unloading to dense phase and lean phase in-plant transfer and centralised vacuum housekeeping. Speak with our engineering team to discuss your material handling requirements.
- Saveeco Heat
Waste Heat Recovery Systems (WHRS)
- About SaveEco Heat
Capture thermal energy from exhaust gas streams. Reuse it.
Industrial processes generate significant volumes of high-temperature exhaust gases that are routinely discharged to atmosphere without energy recovery. SaveEco’s Waste Heat Recovery Systems (WHRS) capture this thermal energy from exhaust gas streams and convert it into usable thermal outputs — hot water, steam, or thermal oil — for reuse within the plant process or for auxiliary heating applications.
Designed under the SaveEco Heat product line, these systems are engineered to reduce dependence on fuel-fired heating utilities, lower plant fuel consumption, and reduce CO₂ emissions — without compromising process continuity or reliability.
- Waste Heat Recovery Configurations
Six engineered configurations for every exhaust stream.
Recovery from rotary kiln exit gases in cement, lime, and mineral processing plants — integrated with preheater circuits or standalone thermal systems.
Economiser and air preheater configurations for boiler tail-end heat recovery, improving overall boiler thermal efficiency.
Custom heat exchanger integration for process-specific exhaust streams in chemical, petrochemical, and metal processing industries.
Thermal capture from clinker cooler vents and equivalent sources in cement and minerals plants.
Complete WHRB packages for steam generation from industrial exhaust streams — designed for long-term operational reliability.
Thermal oil circuits and steam-based systems where process temperature requirements and safety considerations favour indirect heat transfer.
Sector-specific application engineering for every energy-intensive industry.
SaveEco’s Waste Heat Recovery Systems are applicable across multiple energy-intensive industrial sectors where high-temperature exhaust streams represent a recoverable thermal resource. Application engineering is sector-specific — accounting for the exhaust gas chemistry, temperature range, and process integration requirements of each industry.
Cement Plants
Kiln preheater, cooler, and bypass exhaust heat recovery — a primary application for WHRS in India's cement manufacturing sector.
Steel & Metallurgy
Furnace exhaust and process cooling heat recovery in steel making, rolling, and foundry operations.
Power Plants
Flue gas economisers and heat recovery systems for thermal power plant auxiliary heating and feedwater preheating.
Chemical Processing
Process exhaust and reactor off-gas heat recovery in chemical and petrochemical manufacturing — with design consideration for gas composition and corrosion potential.
Industrial Boilers
Flue gas heat recovery from package boilers and utility boilers to improve overall thermal efficiency and reduce fuel consumption.
Optimise Your Material Flow and Energy Efficiency.
Whether your priority is reducing bulk material handling losses, improving in-plant conveying reliability, or recovering thermal energy from process exhaust streams — SaveEco’s engineering team is equipped to evaluate your plant requirements and propose a technically sound, compliant solution.
SaveEco Energy India Pvt. Ltd. serves plant engineers, procurement managers, and EPC project leads across India’s industrial corridor — delivering engineering solutions that are specification-grade, project-ready.