ABOUT THE PROJECT Clause Examples
ABOUT THE PROJECT. Shelter WA has received support from the Sisters of St Xxxx of God (SSJG) to support people with lived experience of homelessness and housing insecurity to engage with government, the community sector and the broader community and to inform and participate in housing and homeless policy and advocacy. The project aims to build the capacity and to support people with lived experience through a number of identified projects. The key activities of this project are:
ABOUT THE PROJECT. 2.2.1 The Gujarat State Electricity Corporation Limited (GSECL) based at Vadodara proposes to implement a 224 MW (AC) project of Crystalline silicon solar photovoltaic grid interactive power station to harness green energy. It is under Government of India (GoI) initiative to promote renewable energy. GSECL proposes to establish 224 MW (AC) capacity (Solar Power System(s) including development of land, buildings, plant, machinery, ancillary equipment, material, switch-gear, transformers, protection equipment and the development, design, construction, operation and maintenance for Five (5) year of the Power Plant is hereinafter referred to as the (the “Project”) at various substations of GETCO in the State of Gujarat. The Company has now decided to undertake a competitive Bidding process for selection of the EPC Contractor to implement the Project (the “Contractor”).
2.2.2 The details of the facilities which the Company requires to be set up in the present instance and for which Bids are hereby invited are described in this Request for Proposal (RFP). The overall responsibility of complete Scope of Work rests with the Bidder.
ABOUT THE PROJECT. The project involves a vertically integrated coking coal business with an approximately 99.6 million ton reserve base of coal that is expected to produce 1.2 million tons of raw coal annually. The mine is situated in Inner Mongolia, China. A sino-foreign joint venture (“JVC”) is being formed to own, construct and operate the underground coking coal mine, beneficiation plant and coking coal plant. The JVC will operate a 1.5 million ton beneficiation plant to process the raw coal into high-grade coking coal and secondarily, into thermal coal. Coking coal will be used in the JVC’s own 0.8 million ton per annum coking coal plant to produce coke and other commercially valuable by-products. The total capital expenditure for construction of the underground mine, beneficiation and coking coal plants is estimated to be approximately US$60 million. In terms of timeframe, the underground mine is expected to take 15 months to complete, the beneficiation plant 8 months, and the coking coal plant 18 months; all of these timetables occurring in parallel. During construction period, trial production of raw coal is expected to begin approximately 6 months after the day ground is broken. It is estimated that about 500 thousand tons of raw coal would be produced and salable during the initial production period. This transaction marks XXXX’s intention towards the coking coal business and GEM's second direct investment in China and its first in Inner Mongolia. XXX's previous exposure to China had been achieved as a passive LP in the CICC/Xxxxxx Xxxxxxx Fund vintage 1999. Earlier this year, a GEM subsidiary undertook a control investment in Ansen Investment Holdings, a Hong Kong and Dongguan, PRC-based consumer electronics ODM enterprise. In addition, GEM is raising a US$1 billion private equity fund jointly with The China International Trust & Investment Company (“CITIC”) (xxx.xxxxx.xxx), the CITIC/GEM Fund, that will focus on natural resources in China, Southeast Asia and Africa. This transaction is not being undertaken by the CITIC/GEM fund.
ABOUT THE PROJECT. This project is aimed at engaging the center’s patrons and visitors. The selected artist or team is required to perform at least 8 hours of community engagement with visitors to the center and West Flamingo community members. The Artwork should be created using mosaic tile or ceramic applications suitable for outdoor display and be applied directly on to the surface. While traditional mosaics are often made from marble, stone, and glass, the artist or team will also use recycled materials such as broken ceramics, dishware, personal objects etc. The total budget for this project is $10,000, which will include all necessary materials/supplies, labor, and surface preparation.
ABOUT THE PROJECT. Coping with breast cancer more and more becomes a major socio-economic challenge not least due to the constantly increasing incidence of breast cancer in the developing world. There is a growing need for novel strategies to improve our understanding about resilience and capacity to predict resilience of women against the variety of stressful experiences and practical challenges related to breast cancer. This is a necessary step toward efficient recovery through personalized interventions: we need to know who is in need of support and what kind of support. BOUNCE will bring together modelling, medical, and social sciences experts to advance current knowledge on the dynamic nature of resilience as it relates to efficient recovery from breast cancer. BOUNCE will take into consideration clinical, cancer-related biological, lifestyle, and psychosocial parameters in order to predict individual resilience trajectories throughout the cancer continuum and eventually increase resilience in breast cancer survivors and help them remain/return in the workforce and enjoy a better quality of life. BOUNCE will deploy a prospective multi-centre pilot at four major oncology centres (in Italy, Finland, Israel and Portugal), where a total of 660 women will be recruited in order to build tools that help increase patients’ capacity to BOUNCE back during the highly stressful treatment and recovery period following diagnosis of breast cancer. The final output of the project consists of a clinically operational algorithm as well as tools and services assessing individualized risk. The overreaching goal of BOUNCE is to incorporate elements of a dynamic, predictive model of patient outcomes in building a functional system that could be used in routine clinical practice to provide physicians and other health professionals with concrete, personalized recommendations.
ABOUT THE PROJECT. The total production of Building Stone and Road metal proposed for the 5 yrs plan period is 17,59,796 M3 at an Peak production of 4,31,950 M3 per year & the average production is 3,51,959.20 M3 per annum. The estimated project cost is Rs. 3.00 Crores. The salient features of the project are as given below.
1. Project Details Name of the Project M/s. Sri Xxxxxxxxx Xxxxx Crusher Nature Quarrying Building Stone & Road Metal Mining Method Open Cast Semi-Mechanized Method Size of the Project Peak Production of 4,31,950 M3 PA/ 7.00 Ha & Average Production of 3,51,959.20 M3/ PA Project Cost Rs. 3.00 Crores Appraisal Category B2 category
2. Location Details Classification of Land Govt, waste land Extent 7.00 Ha (17.5 Acres) Survey No Sy.No.115 Village Madaram Mandal Raghunathpally District Janagaon State Telangana Latitude & Longitude S No Latitude Longitude Topo sheet No. 56O/1,56O/2,56O/5,56O/6 3 Govt. Orders Mine Lease Order by Asst.DMG Pro. No. 654/Q/2015 dated 30-06- 2017 Mine Plan Approval by Dy Director, M&G, Warangal Lr. No: 4408/QP-5/WGL/2017, dt 28.08.2017 4 Environmental Setting Nearest Village Madaram at 0.70 Km of West Nearest Town Raghunathpally at 3.0 Km Nearest Railway Station Raghunathpally at 3.0 Km Nearest Airport RG International Airport Shamshabad – 110 kms Inter State Boundary None Water Bodies Ibrahimpuram Cheruvu (0.68kms-SW), Raghundapalli Cheruvu (2.32kms-SE), Veldi Cheruvu (2.75kms-NE) Reserve Forests Raghunadapalli RF(4.18kms-SE), Xxxxxxxxx XX(7.87kms-NE) Historical/Important Places None Ecologically Sensitive Areas None EMP Budget Capital cost- Rs. 8.50 lakh Recurring cost- Rs. 2.25 lakh 5 Project Requirements Water Requirement 12 KLD Power Requirement 15 KVA Man Power Requirement 25 Nos. 8 Other Mines within 500M Nil Certificate issued by AD, M&G, Janagaon enclosed as Annexure-III
ABOUT THE PROJECT. IMPACT EdTech aims to support promising European start-ups in the educational sector to develop and commercialise their innovative educational solutions, by providing them with equity-free financial support and access to a range of services which aim to help companies make their products better fit the needs of the educational sector. Among these services, the project offers start-ups the opportunity to pilot their solutions in classroom settings, activity which is led by EUN, in collaboration with each piloted start- up. EUN is the network of 33 European Ministries of Education, based in Brussels. As a not- for-profit organisation, it aims to bring innovation in teaching and learning to its’ key stakeholders: Ministries of Education, schools, teachers, researchers, and industry partners. The role of EUN is to oversee the coordination of the pilots and facilitate the arrangements between the school and each piloted start-up.
ABOUT THE PROJECT. Now, in a rapidly changing world, issue of heritage protection and use is one of the most important problems of modern countries and societies. Cultural heritage represents big potential for economic growth, generating value and thereby directly benefiting citizens. Finding better balance between preservation of cultural heritage and sustainable socio- economic development of regions is necessary. Therefore there is need for development of teaching programme enabling educating specialists able to apply modern, attractive forms of re-use, management and protection of heritage, while preserving its historical value.
ABOUT THE PROJECT. Coping with breast cancer more and more becomes a major socio-economic challenge not least due to its constantly increasing incidence in the developing world. There is a growing need for novel strategies to improve understanding and capacity to predict resilience of women to the variety of stressful experiences and practical challenges related to breast cancer. This is a necessary step toward efficient recovery through personalized interventions. BOUNCE will bring together modelling, medical, and social sciences experts to advance current knowledge on the dynamic nature of resilience as it relates to efficient recovery from breast cancer. BOUNCE will take into consideration clinical, cancer-related biological, lifestyle, and psychosocial parameters in order to predict individual resilience trajectories throughout the cancer continuum with the aim to eventually increase resilience in breast cancer survivors, help them remain in the workforce and enjoy a better quality of life. BOUNCE will deliver a unified clinical model of modifiable factors associated with optimal disease outcomes and will deploy a prospective multi-centre clinical pilot at four major oncology centres (in Italy, Finland, Israel and Portugal), where a total of 660 women will be recruited in order to assess its clinical validity against crucial patient outcomes (illness progression, wellbeing, and functionality). The advanced computational tools to be employed will validate indices of patients’ capacity to bounce back during the highly stressful treatment and recovery period following diagnosis of breast cancer. The overreaching goal of BOUNCE is to incorporate elements of a dynamic, predictive model of patient outcomes in building a decision-support system used in routine clinical practice to provide physicians and other health professionals with concrete, personalized recommendations regarding optimal psychosocial support strategies.
ABOUT THE PROJECT. Statement of the problem