This tender is from the country of Czech Republic in Europe region. The tender was published by PLZENSK TEPL RENSK on 27 Oct 2025 for Use of waste heat K6 K7. The last date to submit your bid for this tender was 25 Nov 2025. This tender is for the companies specializing in Plumbing and heating materials, Heating materials, Heat-recovery systems and similar sectors.
*The deadline for this tender has passed.
Tender Organisation:
PLZENSK TEPL RENSK
Tender Sector:
Tender Service:
Worldwide
Tender Region:
Tender Country:
Tender CPV:
44115200 : Plumbing and heating materials
44115220 : Heating materials
44622000 : Heat-recovery systems
Tender Document Type:
Tender Notice
Tender Description:
Use of waste heat K6 K7
Tender Bidding Type:
Tender Notice No:
Tender Document:
Looking for more tenders like this one in Plumbing and heating materials, Heating materials, Heat-recovery systems? With over 70 million global procurement opportunities and new tenders added daily, Tender Impulse is your gateway to international and local contracting success. Whether you're targeting the Education & Training sector in Czech Republic, or expanding across regions, we provide live, accurate, and relevant updates every day.
Our platform sources tenders from:
Every day, we add hundreds of new RFPs, RFQs, EOIs, and contract awards across multiple sectors and geographies. This tender from Czech Republic is just a sample of what's available right now.
Tender Impulse covers:
Each listing is categorized using CPV codes like 44115200, 44115220, 44622000, enabling precise filtering. Search by:
While you're viewing a tender in Czech Republic, Tender Impulse offers access to tenders across:
Tender Impulse provides more than listings:
Thousands of new tenders are added daily-across countries, sectors, and CPV codes. With Tender Impulse, you gain strategic insight, timely alerts, and a competitive edge.
Start your free trial to unlock tenders customized to your Education & Training, Czech Republic, and Plumbing and heating materials, Heating materials, Heat-recovery systems categories.