Contractor: JSC “RE RE GRUPA” , 2021
Detailed Design and Design Supervision
Preparation works of the existing railway infrastructure of "Latvijas dzelzceļš" in the Northern zone of the station for construction work in the Southern zone, in the section from Maskavas Street to Lāčplēša Street. Water and wastewater part (BIM model).
Financing:
Estonia, Latvia and Lithuania — and co-funding from the EU up to 85% of
the total eligible costs, in particular in the
framework of the Connecting Europe Facility (CEF) funding instrument.
https://www.railbaltica.org/
Contractor: "Rīgas ūdens" Ltd, 2021
Detailed Technical Design and Design Supervision
Within the framework of the planned construction, it is planned to carry out a permanent reconstruction of the digester`s park, which treated sewage sludge with an average yield of 1227 m3/d, by building two additional new methane tanks fermenting in mesophiles (+37°C) with an average duration of 21 d, as well as process structures with this process. Expected that after the implementation of the construction, the average amount of biogas produced in the digester`s park will be between 970 and 1,268 Nm3/d.
Our specialists provide project management, development of external and internal water supply and sewerage parts, involving technological, architectural solution parts, building structures, internal and external power supplies, electronic communication systems, control and automation systems, heating, ventilation and air conditioning, external gas supply part, external heat supply, road works, fire detection and alarm signalling systems.Contractor: "Rīgas ūdens" Ltd., 2020
Detailed Design and Design Supervision
Extension of water supply and sewerage networks in Imanta and Beberbeķi is elaborated within the framework of the project “Development of water management services in Riga, Stage 5”, co-financed by the European Union Cohesion Fund.
Project envisages the construction of new centralized water supply and sewerage street networks and individual branches in the districts of Imanta and Beberbeķi with the connection of planned networks to the existing centralized water supply and sewerage system, as well as the reconstruction of certain elements of the existing centralized water supply and sewerage system. Project also envisages the construction
of 10 pumping stations. It is planned to build approximately
44 km of external water supply and sewerage network.
Contractor: "Jūrmalas ūdens" Ltd, 2019
Detailed Design and Design Supervision
Construction of water supply and sewerage infrastructure in Jurmala were elaborated within the framework of the " Development of water management services in Jurmala, Stage 4" co-financed by the Cohesion Fund of the EU. 10 construction projects have been developed for the construction of water supply and sewerage networks (~60km) and 5 sewerage pumping stations in the streets of Jurmala, in the section from Krastciems to Ķemeri.
Contractor: "Jūrmalas udens" Ltd., 2018
Construction project and author supervision
The construction of water supply and sewerage networks in Jurmala were elaborated within the framework of the project " Development of water management services in Jurmala, stage 4" co-financed by the Cohesion Fund of the EU. Contract includes the construction of ~60 km of water supply and sewerage networks and 6 sewerage pumping stations in various streets in Jurmala, in the section from Priedaine to Majori.
1st place in the
Latvian Construction Year 2022 Award
in nomination "New Engineering Construction".
Contractor: "Rīgas ūdens" Ltd., 2017
Detailed Design and Design Supervision
Project provides the construction of a new sewerage pumping station in Riga, on Daugavgrīvas street 101. For now, it is the largest sewage pumping station in the Baltic States.
Designed capacity – 2300 l/s or 8280 m3/h
The design provides the safe collection and pumping of wastewater from the areas of the left bank of the Daugava to the BTP "Daugavgrīva".
The benefit from the reconstruction of the pumping station will be the reduction of technological water consumption, as well as the saving of electricity consumption. The new sewerage pumping station will be significantly more environmentally friendly and safer.
Contractor: “Linia” Ltd., 2020
Detailed Design and Design Supervision
Elaboration of external and internal water supply and sewerage parts.
Construction received 2nd place in the Latvian Construction Year Award 2021, in nomination "Engineering-new building".
Contractor: "DEPO projekts" Ltd, 2016
Detailed Design and Design Supervision
Elaboration of internal water supply and sewerage systems, internal firefighting and stormwater networks of the public building.
Construction received 1st place in the Latvian Construction Year Award 2019 in the nomination “New construction - public building”.
Contractor:
“Ceļuprojekts” JSC, 2015
Detailed Design (water supply and sewerage part)
As part of the contract, one of the largest transport infrastructure projects in Riga in recent decades was developed by order of the Riga City Council's City Development Department, within the framework of which the water supply and sewerage part was developed for the construction of trunk networks approximately 15 km, as well as the construction of sewerage pumping station (Q=756 m3/h) .
Financing: EU (TEN-T), € 7,6 million/EUR
Contractor: „RBSSKALS Būvvadība” Ltd, 2015
Detailed Design and Design Supervision
According to the order of "Daugavpils ūdens" Ltd within the framework of the project "Development of Water Management in Daugavpils, Stage 3" co-financed by the European Union Cohesion Fund, 7 construction projects were developed and design supervision was carried out for the construction of sewer collectors (DN400-1500mm), as well as the construction of a wastewater storage reservoir in Alejas street, with the total work volume V = 900 m3. The construction of this object received recognition in the competition "The best building of the year in Latvia 2015" in the nomination "Engineering Buildings".
Contractor: “Rīgas
ūdens" Ltd, 2012
Detailed Design and Design Supervision
Project includes new, environmentally friendly and economical concept.
Maximum capacity of the sewage pumping station is 2200 l/s or 7920 m3/h.
The building was awarded 3rd place in the competition "The best building of the year in Latvia 2012" in the nomination "Engineering buildings".