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Robotic tech to clear waterlogging in Hyderabad
Robotic tech to clear waterlogging in Hyderabad

New Indian Express

time27-05-2025

  • Climate
  • New Indian Express

Robotic tech to clear waterlogging in Hyderabad

HYDERABAD: As Hyderabad prepares for another monsoon season, the Greater Hyderabad Municipal Corporation (GHMC) is set to deploy jetting-cum-suction machines and utilise robotic technology equipped with cameras to identify blockages in stormwater drains (SWDs). These efforts aim to tackle water-logging on main roads by efficiently cleaning both solid and liquid silt from the city's drainage system. Currently, the Hyderabad Metropolitan Water Supply and Sewerage Board (HMWS&SB) is using this mechanism to clean overflowing sewer pipelines by removing silt and other solid waste materials that obstruct the flow and cause sewage to spill onto roads. The civic body has identified over 140 to 145 critical waterlogging points across the city. To combat waterlogging and flooding at frequently inundated locations, the GHMC has proposed the deployment of specialised machines designed to quickly remove water from affected areas and clean drains during the dry season. Initially, this initiative will be implemented in the Khairatabad zone, covering Jubilee Hills, Mehdipatnam, Goshamahal, Khairatabad, and Karwan. Jetting-cum-suction machines combined with robotic technology equipped with cameras offer a comprehensive solution for cleaning stormwater drains. These machines use high-pressure water to dislodge blockages and suction to remove debris, while the robotic systems help identify bottlenecks and assess the condition of the stormwater drainage network. The civic body hopes that mechanical cleaning of the drains will significantly reduce waterlogging issues in the city. In this regard, the GHMC has invited Expressions of Interest (EoI) cum Requests for Proposals (RfP) from agencies to provide stormwater drain silt-cleaning services using advanced technology in the Khairatabad Zone. GHMC officials emphasised that frequent inundation poses a significant threat to public safety, property, and overall urban infrastructure. This underscores the urgent need for implementing a robust and innovative stormwater drainage system.

AP metro rail corp seeks consultant for Vizag proj
AP metro rail corp seeks consultant for Vizag proj

Time of India

time28-04-2025

  • Business
  • Time of India

AP metro rail corp seeks consultant for Vizag proj

Visakhapatnam: Andhra Pradesh metro rail corporation (APMRC) has issued a request for proposal (RfP) for the appointment of a general consultant for the Visakhapatnam metro rail project phase one. Tired of too many ads? go ad free now APMRC board of directors recently approved the implementation of both Vizag and Vijayawada metro rail projects under the EPC (engineering, procurement, and construction) model, by engaging general consultants. This decision was made in light of the numerous advantages offered by this approach. If interim consultants were appointed instead, they would charge approximately 0.2% of the project cost—around 20 crore—for a 12-month period to assist with preliminary activities until the general consultants were engaged. According to APMRC officials, adopting the EPC model with general consultants is expected to save 20 crore for both the Vijayawada and Visakhapatnam metro projects. To facilitate this, APMRC issued RfP for the general consultant for the Vizag metro project, in accordance with the requirements of multilateral funding agencies such as the Japan International Cooperation Agency (JICA), Kreditanstalt für Wiederaufbau (KfW), Agence Française de Développement (AFD), and the Asian Infrastructure Investment Bank (AIIB). Moreover, the regional office of the metro rail corporation will be relocated to the VMRDA office in Visakhapatnam, with operations expected to commence there in the next few months. APMRC has also issued another tender for furnishing and installation works of the regional office at the VMRDA office in Siripuram. According to APMRC officials, there could be several drawbacks to engaging an executing agency on a turnkey basis. Tired of too many ads? go ad free now This could lead to objections from multilateral funding agencies, increased costs due to turnkey overheads, limited control over procurement and quality, and potential delays arising from coordination with local stakeholders. Given these disadvantages, APMRC has decided to execute the projects on an EPC basis with general consultants. The chosen consultant will support in procurement, design, construction management, supervision, system integration, interface management, testing, and commissioning of the Vizag metro rail project.

Oman to study geothermal potential of hot springs
Oman to study geothermal potential of hot springs

Observer

time28-04-2025

  • Business
  • Observer

Oman to study geothermal potential of hot springs

MUSCAT: A stretch of northern Oman, home to some of the country's best-known hot springs — currently popular for their tourist and therapeutic appeal — will soon be investigated for their geothermal potential, with the ultimate goal of harnessing their renewable energy capacity. The initiative is being spearheaded by Nama Power and Water Procurement Company (Nama PWP), the sole procurer and offtaker of new power and water desalination capacity in the Sultanate of Oman. On Sunday, the state-owned entity – part of Nama Group – invited suitably qualified consultancy firms to bid for its contract to provide 'Techno-Economic Consultancy Services' for a first-ever Hot Springs Geothermal Project in Oman. The scope of the consultancy study is set out in a Request for Proposals (RfP) document that is being made available to interested bidders in this regard. 'The selected bidder will be responsible to conduct a feasibility assessment of geothermal energy potential in specific pre-identified locations within the area between Wilayat Fanja and Al Ansab (Wilayat Bausher) as Phase I and in compliance with the specifications, terms, and conditions detailed in the RFP,' Nama PWP added in a brief introduction to the landmark initiative. The delineated area corresponds to a part of northern Oman that hosts some of the country's well-known hot pools. These springs are linked to the movement of groundwater through deep faults and fractures, where it gets heated by geothermal gradients. The springs are rich in minerals, especially sulphur compounds, and are popular for their tourism and health-promoting benefits. Within the capital city of Muscat, the most notable hot spring is in Bausher. The hot springs are thought to be part of minor thermal seepages, more seasonal and dependent on rainfall influencing underground flow. On the outskirts of the city are the Fanja Hot Springs in the Wilayat of Bidbid. Though smaller and less developed than other thermal pools in the country, Fanja's hot springs feed into wadi systems in the vicinity. The biggest, however, is Al Rustaq Hot Springs in South Al Batinah Governorate. Better known as Ain Al Kasfa, they refer to a cluster of hot springs with water temperatures sometimes exceeding 45°C. Finally, a short distance from Al Rustaq are Nakhl Hot Springs (Ain Al Thawwarah), located near Nakhl Fort. The spring emerges from a lush oasis and flows through a manmade canal system, irrigating date plantations and local agriculture. Submissions for the Hot Spring Geothermal Project study are due in by May 22, 2025, according to Nama PWP. Thus, while the proposed study is linked to the geothermal potential of hot springs per se, global technology company SLB (formerly known as Schlumberger) is currently assessing the broader potential of geothermal resources across Oman. An agreement to this effect was signed between SLB and the Ministry and Energy and Minerals in 2022. Also collaborating in this endeavor is Oman Investment Authority (OIA). The exercise will lead to the formulation of a national strategy to develop the potential of the country's geothermal resources. According to studies by Sultan Qaboos University, Oman hosts at least a handful of geothermal reservoirs – described as mainly low (70 – 90 degree C) and medium (100 – 174 degree C) enthalpy type reservoirs – that have not been suitably explored.

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