Import Fitzer - Waste Heat Recovery System — Buy in Bulk from Supplier in India

Fitzer Incorporation in India offers a custom‑built Waste Heat Recovery System designed to capture energy from waste process outputs. The system is engineered after a detailed study of the client’s plant and matches the available waste heat and the required process heat load. It can recover heat from high‑temperature flue gases of furnaces, diesel‑generator sets, boilers or other heat sources. Each unit is sized and configured to the customer’s specified capacity and working pressure.

Design options include shell‑and‑tube or water‑tube configurations, with a smoke‑tube type available for specific pressure conditions. Package‑type boiler designs feature a three‑pass, fully wet‑back layout that promotes low‑cost heating and simple operation. Steam quality is enhanced by correctly proportioned drum diameters and optional accessories such as economisers and deaerator tanks. All equipment complies with the IBR 1950 code and its latest amendments as well as TEMA guidelines.

Typical users are industrial plants, power‑generation facilities and process manufacturers seeking to improve thermal efficiency. Buyers usually request engineering drawings, performance curves and material data before finalising a purchase. Capacity and pressure are defined per project, so the supplier advises confirming design parameters and delivery schedule with the sales team. Payment terms, incoterms and lead times are negotiated directly with Fitzer Incorporation.

Fitzer Incorporation is located at Sf‑16, Omkar Complex, Valia Chokdi, GIDC Ankleshwar, Bharuch, Gujarat 393002, India. The supplier is listed with a harbor trust tier; response data shows a 0.00 % response rate and no recorded average response time, indicating that enquiries should be followed up promptly.

The company specialises in engineering and supplying custom energy‑recovery equipment such as waste‑heat boilers and heat exchangers. Its catalogue focuses on projects that require tailored design to match specific waste‑heat characteristics, and it states that designs are prepared in accordance with recognised codes.