Visiting Black Rock Water Reclamation Plan Case Study

Outline

Generally, it appears that the Black Rock Water Reclamation Plant seems to be one of the most interesting productions of its kind on the reason of implementation of a row of environment protecting technologies and efficient programs on the manufacturing process organization.

1. Introduction
2. Main body
   1. The basic information about the Black Rock Water Reclamation Plant
   2. The motivation behind building the plant
   3. The plant’s purpose
   4. The benefits of the plant
   5. The issues that the plant is currently facing
   6. The major processes taking place at the plant
   7. Category Class A and Class C recycled water
3. Conclusion

The basic information about the Black Rock Water Reclamation Plant

The Black Rock Water Reclamation Plant situated in Geelong, Victoria is known for a row of unusual water recycling technologies successfully implemented in it in order to guarantee safer conditions of its work for the environment along with minimizing production costs. The plant was build with the purpose of producing the most diversified range of biosolids by means of implementation such modern and advanced technologies as the use of Class A and Class C recycled water. In the following paper, the process of the plant’s operation along with all the important details regarding the plant’s technologies will be examined. Generally, it appears that the Black Rock Water Reclamation Plant seems to be one of the most interesting productions of its kind on the reason of implementation of a row of environment protecting technologies and efficient programs on the manufacturing process organization.

Speaking about the basic facts concerning the plant under consideration, it should be mentioned that the Black Rock Water Reclamation Plant is well-known for a row of unusual technologies implemented for water recycling. According to Greaves (2009, p. 112) the basic information about the plant is as it follows:

Black Rock water reclamation plant is the largest plant of its type operated by

Barwon Water in Geelong, Victoria and services approximately 250,000 customers. The plant is an Intermittently Decanted Extended Aeration (IDEA) plant, with an average dry weather capacity of 70 ML/day and a peak wet weather capacity of 210 ML/day. The treatment process consists of coarse screening to 65mm followed by fine screening down to 3mm.

The motivation behind building the plant

With regards to the motivation behind building of the Black Rock Water Reclamation Plant situated, it should be stated that the plant is intended for complicated chemical productions that would minimally harm the environment (Barwon Water Biosolids Drying Facility 2011). Further, regarding the plant’s purpose, it appears that it was built in order to produce biosolids of the most diversified origin and use (Biosolids Drying Facility 2007).

The plant’s purpose

Next, concerning the benefits of the plant it should be stated that it is developed and built meeting its purpose to harm the environment as minimally as it is possible (Mechanical Operator-Black Rock Water Reclamation Plant 2011).

Discussing the issues that the plant is currently facing, it should be stated that the main one of them is connected with making the process of production more efficient (Black Rock Water Reclamation Plant, Barwon Water – Victoria, Australia 2011). Of course, the plant is often described as one of the most efficient productions of its type, and still the top management of the plant are always concerned by developing more and more efficient strategies on the plant’s work which would enable to minimize the costs of the manufacturing along with securing even higher level of the environmental protection (Eco Days out; Go Green – Living in the Environment in Association with Environment Agency 2007).

The issues that the plant is currently facing

On the subject of the major processes taking place at the plant, it should be stated that they are developed being well-thought of, and thus, rather effective; this presents a good example for the other plants of this kind. In particular, the process of polymer batching is developed on the basis of successful use of Class C recycled water which is one of the biggest achievements by the plant’s engineers (Eco Days out; Go Green – Living in the Environment in Association with Environment Agency 2007).

Category Class A and Class C recycled water

Finally, addressing Category Class A and Class C recycled water, it should be stated that according to Greaves (2009, p. 112), “Class C recycled water for use by connected customers or discharge from a 1.2 kilometer outfall to the ocean”, and Class A water is “taken offsite via semi trailers for further drying and processing at Melbourne

Water’s Western treatment plant as part of the short term biosolids management plan”.

Concluding on all the information related above, it should be stated that the Black Rock Water Reclamation Plant situated in Geelong, Victoria is the biggest plant of its kind which serves 250,000 customers. The plant is famous for its unusually successful and efficient technologies developed in order to secure well-organized water circulation which can be seen as benefiting the environment and helping to minimize the costs of manufacturing. Evaluating the major facts concerning the plant’s functioning, it appears that the Black Rock Water Reclamation Plant is one of the most efficient productions of its kind on the reason of implementation of a row of environment protecting technologies and efficient programs on the manufacturing process organization. Namely, the plant is often described as one of the most efficient productions of its type, and still the top management of the plant is always concerned by developing more and more efficient strategies on the plant’s work which would enable to minimize the costs of the manufacturing along with securing even higher level of the environmental protection. The major processes taking place at the plant are developed being well-thought of, thus, rather effective and resultant.

References

Barwon Water Biosolids Drying Facility 2011, Web.

Biosolids Drying Facility 2007, Web.

“Black Rock Water Reclamation Plant, Barwon Water – Victoria, Australia” 2007, Hot Dip Galvanizing Today, Volume 4(2), 14-16.

“Eco Days out; Go Green – Living in the Environment in Association with Environment Agency” 2007, The Journal (Newcastle, England), p. 44.

Greaves, D 2009, “Biosolids Belt Pressing – The Trials and Tribulations of Seeking Better Performance”, 72nd Annual Victorian Water Industry Engineers & Operators Conference, 111-119.

Mechanical Operator-Black Rock Water Reclamation Plant 2011, Web.